Parameterization for calculating cross section values TODO: need reference. More...

Inheritance diagram for tuvx_temperature_parameterization_harwood::temperature_parameterization_harwood_t:

Public Member Functions
procedure	calculate
	Calculate the cross section value for a specific temperature and wavelength. More...

Public Member Functions inherited from tuvx_temperature_parameterization::temperature_parameterization_t
procedure	merge_wavelength_grids
	Merges NetCDF wavelength grid with parameterization grid.

procedure	calculate => calculate
	Calculate the cross section value for a specific temperature and wavelength. More...

procedure	pack_size => pack_size
	Returns the number of bytes required to pack the parameterization onto a character buffer. More...

procedure	mpi_pack => mpi_pack
	Packs the parameterization onto a character buffer. More...

procedure	mpi_unpack => mpi_unpack
	Unpacks the parameterization from a character buffer. More...

Private Member Functions
type(temperature_parameterization_harwood_t) function	constructor (config, wavelengths)
	Constructs a Harwood (TODO: need ref) temperature-based parameterization. More...

Additional Inherited Members
Public Attributes inherited from tuvx_temperature_parameterization::temperature_parameterization_t
integer	n_sets_ = 0

real(kind=dk), dimension(:), allocatable	aa_

real(kind=dk), dimension(:), allocatable	bb_

real(kind=dk), dimension(:), allocatable	lp_

real(kind=dk), dimension(:), allocatable	wavelengths_
	Wavelengths in parameterization range [nm].

real(kind=dk)	base_temperature_ = 0.0_dk
	Base temperature [K] to use in calculations.

real(kind=dk)	base_wavelength_ = 0.0_dk
	Base wavelength [nm] to use in calcuations.

logical	is_base_10_ = .true.
	Flag indicating whether cross section algorithm is base 10 (true) or base e (false)

logical	is_temperature_inverted_ = .false.
	Flad indicating whether to subtract base temperature from actual temperature (false) or to subtract actual temperature from base temperature (true)

real(kind=dk)	min_wavelength_ = 0.0_dk
	Minimum wavelength [nm] to calculate values for.

real(kind=dk)	max_wavelength_ = 0.0_dk
	Maximum wavelength [nm] to calculate values for.

integer	min_wavelength_index_ = 0
	Index of minimum wavelength [nm] to calculate values for.

integer	max_wavelength_index_ = 0
	Index of maximum wavelength to calculate values for.

type(temperature_range_t), dimension(:), allocatable	ranges_
	Temperature ranges used in parameterization.

Detailed Description

Parameterization for calculating cross section values TODO: need reference.

Constructor for temperature_parameterization_harwood_t.

Cross section elements are calculated as:

$\sigma(T,\lambda_i) = 10^{\‍(aa_i + bb_i / T\‍)}$

where aa_i and bb_i are constants, T is temperature [K], and $\lambda_i$ is wavelength [nm]. The size of the aa and bb arrays must equal the number of wavelengths in the parameterization range.

Member Function/Subroutine Documentation

◆ calculate()

procedure tuvx_temperature_parameterization_harwood::temperature_parameterization_harwood_t::calculate

Calculate the cross section value for a specific temperature and wavelength.

Implements tuvx_temperature_parameterization::temperature_parameterization_t.

◆ constructor()

type(temperature_parameterization_harwood_t) function tuvx_temperature_parameterization_harwood::temperature_parameterization_harwood_t::constructor	(	type(config_t), intent(inout)	config,
		class(grid_t), intent(in)	wavelengths
	)

private

Constructs a Harwood (TODO: need ref) temperature-based parameterization.

Implements tuvx_temperature_parameterization::temperature_parameterization_t.

The documentation for this interface was generated from the following file:

/tuv-x/src/cross_sections/util/temperature_parameterization_harwood.F90

Public Member Functions

Private Member Functions

Additional Inherited Members

Detailed Description

Member Function/Subroutine Documentation

◆ calculate()

◆ constructor()