OffDiagonalElement Namespace Reference

Methods to compute off diagonal elements. More...

Enumerations
enum	Type { Type::CO2_IR, Type::O2_66_MW }
	Type of off diagonal element computations. More...

Functions
OffDiagonalElementOutput	CO2_IR (const Rational &Jku, const Rational &Jju, const Rational &Jkl, const Rational &Jjl, const Rational &l2ku, const Rational &l2ju, const Rational &l2kl, const Rational &l2jl, const Numeric &j_rho, const Numeric &k_rho, const BasisRate &br, const AdiabaticFactor &af, const Numeric &T, const Numeric &B0, const Numeric &main_mass, const Numeric &collider_mass)
	CO2 IR off diagonal element computer. More...
OffDiagonalElementOutput	O2_66_MW (const Rational &J1u, const Rational &N1u, const Rational &J1l, const Rational &N1l, const Rational &J2u, const Rational &N2u, const Rational &J2l, const Rational &N2l, const Numeric &rho1, const Numeric &rho2, const Numeric &T, const Numeric &collider_mass)
	O2-66 MW off diagonal element computer. More...

Detailed Description

Methods to compute off diagonal elements.

Enumeration Type Documentation

Type

enum OffDiagonalElement::Type

strong

Type of off diagonal element computations.

Enumerator
CO2_IR
O2_66_MW

Definition at line 312 of file linemixing.h.

Function Documentation

CO2_IR()

OffDiagonalElementOutput OffDiagonalElement::CO2_IR	(	const Rational &	Jku,
		const Rational &	Jju,
		const Rational &	Jkl,
		const Rational &	Jjl,
		const Rational &	l2ku,
		const Rational &	l2ju,
		const Rational &	l2kl,
		const Rational &	l2jl,
		const Numeric &	j_rho,
		const Numeric &	k_rho,
		const BasisRate &	br,
		const AdiabaticFactor &	af,
		const Numeric &	T,
		const Numeric &	B0,
		const Numeric &	main_mass,
		const Numeric &	collider_mass
	)

CO2 IR off diagonal element computer.

Parameters

[in]	Jku	Upper J of line k
[in]	Jju	Upper J of line j
[in]	Jkl	Lower J of line k
[in]	Jjl	Lower J of line j
[in]	l2ku	Upper l2 of line k
[in]	l2ju	Upper l2 of line j
[in]	l2kl	Lower l2 of line k
[in]	l2jl	Lower l2 of line j
[in]	j_rho	Population density at pos j
[in]	k_rho	Population density at pos k
[in]	br	Basis rate computer
[in]	af	Adiabatic factor computer
[in]	T	Temperature
[in]	B0	Rotational constant
[in]	main_mass	Mass of main molecule
[in]	collider_mass	Mass of collider molecule

Returns

OffDiagonalElementOutput for j and k

Definition at line 526 of file linemixing.cc.

References co2_ecs_wigner_symbol(), AdiabaticFactor::get(), BasisRate::get(), min, r, sqrt(), and Rational::toInt().

Referenced by relaxation_matrix_calculations().

O2_66_MW()

OffDiagonalElementOutput OffDiagonalElement::O2_66_MW	(	const Rational &	J1u,
		const Rational &	N1u,
		const Rational &	J1l,
		const Rational &	N1l,
		const Rational &	J2u,
		const Rational &	N2u,
		const Rational &	J2l,
		const Rational &	N2l,
		const Numeric &	rho1,
		const Numeric &	rho2,
		const Numeric &	T,
		const Numeric &	collider_mass
	)

O2-66 MW off diagonal element computer.

Parameters

[in]	J1u	Upper J of line 1
[in]	N1u	Upper N of line 1
[in]	J1l	Lower J of line 1
[in]	N1l	Lower N of line 1
[in]	J2u	Upper J of line 2
[in]	N2u	Upper N of line 2
[in]	J2l	Lower J of line 2
[in]	N2l	Lower N of line 2
[in]	rho1	Population density at pos 1
[in]	rho2	Population density at pos 2
[in]	T	Temperature
[in]	collider_mass	Mass of collider

Returns

OffDiagonalElementOutput for 1 and 2

Definition at line 741 of file linemixing.cc.

References Molecule::O2_66::hamiltonian_freq(), o2_66_adiabatic_factor_makarov(), o2_66_inelastic_cross_section_makarov(), o2_ecs_wigner_symbol(), sqrt(), and Rational::toNumeric().

Referenced by relaxation_matrix_calculations().