SESubstanceTransporter< SUBSTANCE_TRANSPORTER_TEMPLATE > Class Template Reference

#include <SESubstanceTransport.h>

Inherits Loggable.

Public Member Functions
	SESubstanceTransporter (const FluxUnit &fUnit, const QuantityUnit &qUnit, const ExtensiveUnit &eUnit, const IntensiveUnit &iUnit, Logger *logger)
virtual	~SESubstanceTransporter ()
void	Transport (GraphType &graph, double timeStep_s)
	Calculates the intensive and extensive properties for this Graph. More...
Public Member Functions inherited from Loggable
	Loggable (Logger *logger=nullptr)
	Loggable (std::string const &logfile)
virtual	~Loggable ()
virtual Logger *	GetLogger () const
virtual void	SetLogger (Logger &logger)
virtual void	Debug (std::string const &msg) const
virtual void	Debug (std::stringstream &msg) const
virtual void	Debug (std::ostream &msg) const
virtual void	Info (std::string const &msg) const
virtual void	Info (std::stringstream &msg) const
virtual void	Info (const std::stringstream &msg) const
virtual void	Info (std::ostream &msg) const
virtual void	Warning (std::string const &msg) const
virtual void	Warning (std::stringstream &msg) const
virtual void	Warning (std::ostream &msg) const
virtual void	Error (std::string const &msg) const
virtual void	Error (std::stringstream &msg) const
virtual void	Error (std::ostream &msg) const
virtual void	Fatal (std::string const &msg) const
virtual void	Fatal (std::stringstream &msg) const
virtual void	Fatal (std::ostream &msg) const

Protected Attributes
const FluxUnit &	m_FluxUnit
const QuantityUnit &	m_QuantityUnit
const ExtensiveUnit &	m_ExtensiveUnit
const IntensiveUnit &	m_IntensiveUnit
Protected Attributes inherited from Loggable
bool	myLogger
Logger *	m_Logger

Constructor & Destructor Documentation

SESubstanceTransporter()

template<typename GraphType , typename FluxUnit , typename QuantityUnit , typename ExtensiveUnit , typename IntensiveUnit >

SESubstanceTransporter< GraphType, FluxUnit, QuantityUnit, ExtensiveUnit, IntensiveUnit >::SESubstanceTransporter	(	const FluxUnit &	fUnit,
		const QuantityUnit &	qUnit,
		const ExtensiveUnit &	eUnit,
		const IntensiveUnit &	iUnit,
		Logger *	logger
	)

~SESubstanceTransporter()

template<SUBSTANCE_TRANSPORTER_TEMPLATE >

virtual SESubstanceTransporter< SUBSTANCE_TRANSPORTER_TEMPLATE >::~SESubstanceTransporter ( )

inlinevirtual

Member Function Documentation

Transport()

template<typename GraphType , typename FluxUnit , typename QuantityUnit , typename ExtensiveUnit , typename IntensiveUnit >

void SESubstanceTransporter< GraphType, FluxUnit, QuantityUnit, ExtensiveUnit, IntensiveUnit >::Transport	(	GraphType &	graph,
		double	timeStep_s
	)

Calculates the intensive and extensive properties for this Graph.

Parameters

timestep

time-step of the system

Calculates the intensive (liquid concentration or gas volume fraction) and extensive (mass in liquid or volume of gas) properties for all vertexs in the graph. This uses an Eigen solver. An INTENSIVE property is a bulk property, meaning that it is a physical property of a system that does not depend on the system size or the amount of material in the system. For us, this includes Concentration and VolumeFraction An EXTENSIVE property is additive for independent, non-interacting subsystems. The property is proportional to the amount of material in the system. For us, this includes Mass and Volume

Member Data Documentation

m_ExtensiveUnit

template<SUBSTANCE_TRANSPORTER_TEMPLATE >

const ExtensiveUnit& SESubstanceTransporter< SUBSTANCE_TRANSPORTER_TEMPLATE >::m_ExtensiveUnit

protected

m_FluxUnit

template<SUBSTANCE_TRANSPORTER_TEMPLATE >

const FluxUnit& SESubstanceTransporter< SUBSTANCE_TRANSPORTER_TEMPLATE >::m_FluxUnit

protected

m_IntensiveUnit

template<SUBSTANCE_TRANSPORTER_TEMPLATE >

const IntensiveUnit& SESubstanceTransporter< SUBSTANCE_TRANSPORTER_TEMPLATE >::m_IntensiveUnit

protected

m_QuantityUnit

template<SUBSTANCE_TRANSPORTER_TEMPLATE >

const QuantityUnit& SESubstanceTransporter< SUBSTANCE_TRANSPORTER_TEMPLATE >::m_QuantityUnit

protected