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Public Types | Public Member Functions | Public Attributes | Protected Member Functions | List of all members
ug::Richards::ExponentialModel Class Reference

Implement a simple exponential model. More...

#include <van_genuchten.h>

+ Inheritance diagram for ug::Richards::ExponentialModel:

Public Types

typedef IRichardsModel< ExponentialModel > base_type
 
typedef ExponentialModelParameters parameter_type
 
typedef IParameterizedModel< ExponentialModelParameters > parameterized_model_type
 

Public Member Functions

 ExponentialModel (const parameter_type &p)
 
- Public Member Functions inherited from ug::Richards::IRichardsModel< ExponentialModel >
double Conductivity (double H)
 Conductivity K = Ks*kr.
 
double dConductivity_dH (double H)
 
double dSaturation_dH (double H) const
 
void get_conductivities (const double *H, double *K, double *dKdH, size_t n) const
 
void get_conductivity (double H, double &K, double &dKdH) const
 Calls Conductivity_.
 
void get_relative_permeabilities (const double *H, double *K, double *dKdH, size_t n) const
 
void get_relative_permeability (double H, double &Kr, double &dKrdH) const
 Calls RelativePermeability_.
 
void get_saturation (double H, double &S, double &dSdH) const
 Calls Saturation_.
 
void get_saturations (const double *H, double *S, double *dSdH, size_t n) const
 
double Saturation (double H) const
 
- Public Member Functions inherited from ug::Richards::IParameterizedModel< ExponentialModelParameters >
std::string config_string () const
 
const ExponentialModelParameters & get_parameters () const
 
 IParameterizedModel ()
 
 IParameterizedModel (const ExponentialModelParameters &p)
 
void set_parameters (const ExponentialModelParameters &p)
 

Public Attributes

friend base_type
 
friend parameterized_model_type
 
- Public Attributes inherited from ug::Richards::IParameterizedModel< ExponentialModelParameters >
ExponentialModelParameters m_param
 

Protected Member Functions

dual Conductivity_ (dual pc) const
 
dual EffSaturation_ (dual pc) const
 Effective saturation: $0 \le \hat S \le 1$.
 
dual RelativePermeability_ (dual pc) const
 Relative permeability: $0 \le k_r \le 1$.
 
dual Saturation_ (dual pc) const
 Rescaled Saturation: $$ S:=\theta_r+ (\theta_s - \theta_r) * \hat S$$.
 
- Protected Member Functions inherited from ug::Richards::IRichardsModel< ExponentialModel >
void get_value_and_deriv (TFunc F, double H, double &f, double &df) const
 
ExponentialModel * me ()
 
const ExponentialModel * me () const
 

Detailed Description

Implement a simple exponential model.

Member Typedef Documentation

◆ base_type

typedef IRichardsModel<ExponentialModel> ug::Richards::ExponentialModel::base_type

◆ parameter_type

typedef ExponentialModelParameters ug::Richards::ExponentialModel::parameter_type

◆ parameterized_model_type

typedef IParameterizedModel<ExponentialModelParameters> ug::Richards::ExponentialModel::parameterized_model_type

Constructor & Destructor Documentation

◆ ExponentialModel()

ug::Richards::ExponentialModel::ExponentialModel ( const parameter_type &  p)
inline

Member Function Documentation

◆ Conductivity_()

dual ug::Richards::ExponentialModel::Conductivity_ ( dual  pc) const
inlineprotected

References ug::Richards::IParameterizedModel< ExponentialModelParameters >::get_parameters(), ug::Richards::ExponentialModelParameters::Ksat, and RelativePermeability_().

◆ EffSaturation_()

dual ug::Richards::ExponentialModel::EffSaturation_ ( dual  pc) const
inlineprotected

Effective saturation: $0 \le \hat S \le 1$.

References ug::Richards::IParameterizedModel< ExponentialModelParameters >::get_parameters(), and p.

Referenced by Saturation_().

◆ RelativePermeability_()

dual ug::Richards::ExponentialModel::RelativePermeability_ ( dual  pc) const
inlineprotected

Relative permeability: $0 \le k_r \le 1$.

References ug::Richards::IParameterizedModel< ExponentialModelParameters >::get_parameters(), p, and ug::Richards::UGCheckValues().

Referenced by Conductivity_().

◆ Saturation_()

dual ug::Richards::ExponentialModel::Saturation_ ( dual  pc) const
inlineprotected

Rescaled Saturation: $$ S:=\theta_r+ (\theta_s - \theta_r) * \hat S$$.

References EffSaturation_(), ug::Richards::IParameterizedModel< ExponentialModelParameters >::get_parameters(), p, and ug::Richards::UGCheckValues().

Member Data Documentation

◆ base_type

friend ug::Richards::ExponentialModel::base_type

◆ parameterized_model_type

friend ug::Richards::ExponentialModel::parameterized_model_type
The documentation for this class was generated from the following file: