rad Class Reference

#include <rad.h>

Inheritance diagram for rad:

Public Member Functions
virtual void	get_k_a (std::vector< double > &kabs, std::vector< double > &awts, const double T, const double P, const double fvsoot, const double xH2O, const double xCO2, const double xCO=0, const double xCH4=0)=0
	ABSTRACT BASE CLASS.
virtual void	get_k_a_oneband (double &kabs, double &awts, const int iband, const double T, const double P, const double fvsoot, const double xH2O, const double xCO2, const double xCO=0, const double xCH4=0)=0
	ABSTRACT BASE CLASS.
int	get_nGG ()
int	get_nGGa ()
	rad (const int p_nGG, const int p_nGGa)
virtual	~rad ()

Static Public Attributes
static constexpr double	sigma = 5.670367E-8
	Stephan-Boltzmann constant.

Protected Attributes
int	nGG
	number of gray gases, not including the clear gas
int	nGGa
	number of grey gases including the clear gas

Detailed Description

Class implementing rad object. Abstract base class upon which specific radiation property models are built. get_k_a, and get_k_a_oneband are the primary interfaces.

Definition at line 20 of file rad.h.

Constructor & Destructor Documentation

rad()

rad::rad ( const int  p_nGG, const int  p_nGGa  )

inline

Definition at line 69 of file rad.h.

~rad()

virtual rad::~rad ( )

inlinevirtual

Definition at line 74 of file rad.h.

Member Function Documentation

get_k_a()

virtual void rad::get_k_a ( std::vector< double > &  kabs, std::vector< double > &  awts, const double  T, const double  P, const double  fvsoot, const double  xH2O, const double  xCO2, const double  xCO = 0, const double  xCH4 = 0  )

pure virtual

ABSTRACT BASE CLASS.

Parameters

kabs	absorption coefficient (1/m)
awts	gas weight (sum to one)
T	gas temperature (K)
P	gas pressure (Pa)
fvsoot	volume fraction soot (not ppmv)
xH2O	mole fraction h2o
xCO2	mole fraction co2
xCO	mole fraction co
xCH4	mole fraction ch4

Implemented in rad_planck_mean, rad_rcslw, and rad_wsgg.

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get_k_a_oneband()

virtual void rad::get_k_a_oneband ( double &  kabs, double &  awts, const int  iband, const double  T, const double  P, const double  fvsoot, const double  xH2O, const double  xCO2, const double  xCO = 0, const double  xCH4 = 0  )

pure virtual

ABSTRACT BASE CLASS.

Parameters

kabs	absorption coefficient (1/m)
awts	gas weight (sum to one)
iband	band/gas to get k_a for
T	gas temperature (K)
P	gas pressure (Pa)
fvsoot	volume fraction soot (not ppmv)
xH2O	mole fraction h2o
xCO2	mole fraction co2
xCO	mole fraction co
xCH4	mole fraction ch4

Implemented in rad_planck_mean, rad_wsgg, and rad_rcslw.

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get_nGG()

int rad::get_nGG ( )

inline

Definition at line 62 of file rad.h.

get_nGGa()

int rad::get_nGGa ( )

inline

Definition at line 63 of file rad.h.

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Member Data Documentation

sigma

constexpr double rad::sigma = 5.670367E-8

staticconstexpr

Stephan-Boltzmann constant.

Definition at line 27 of file rad.h.

nGG

int rad::nGG

protected

number of gray gases, not including the clear gas

Definition at line 31 of file rad.h.

nGGa

int rad::nGGa

protected

number of grey gases including the clear gas

Definition at line 32 of file rad.h.

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

• /Users/dol4/codes/radlib/src/c++/rad.h