pulse::EnvironmentModel Class Reference

The Environment class characterizes the environment and manages interactions between the body its surroundings. More...

#include <EnvironmentModel.h>

Inherits EnvironmentSystem, and Model.

Public Member Functions
	EnvironmentModel (Data &data)
virtual	~EnvironmentModel ()
void	Clear () override
void	Initialize () override
void	SetUp () override
void	AtSteadyState () override
void	PreProcess () override
void	Process (bool solve_and_transport=true) override
void	PostProcess (bool solve_and_transport=true) override
void	StateChange () override

Protected Member Functions
void	ComputeExposedModelParameters () override
void	ProcessActions ()
void	CalculateSupplementalValues ()
double	AntoineEquation (double dTemperature_C)
void	CalculateRadiation ()
void	CalculateConvection ()
void	CalculateEvaporation ()
void	CalculateRespiration ()

Protected Attributes
double	m_PatientEquivalentDiameter_m
double	m_dLewisRelation
double	m_dHeatOfVaporizationOfWater_J_Per_kg
double	m_dWaterVaporPressureInAmbientAir_Pa
double	m_dWaterVaporPressureAtSkin_Pa
double	m_WaterSpecificHeat_J_Per_kg_K
double	m_WaterViscosity_N_s_Per_m2
double	m_WaterThermalConductivity_W_Per_m_K
double	m_ThermalExpansion_Per_K
SEGasCompartment *	m_AmbientGases
SELiquidCompartment *	m_AmbientAerosols
SEThermalCircuit *	m_EnvironmentCircuit
SEThermalCircuitNode *	m_ThermalEnvironment
SEThermalCircuitNode *	m_SkinNode
SEThermalCircuitNode *	m_ClothingNode
SEThermalCircuitNode *	m_EnclosureNode
SEThermalCircuitPath *	m_SkinToClothing
SEThermalCircuitPath *	m_ActiveHeatTransferRatePath
SEThermalCircuitPath *	m_ActiveTemperaturePath
SEThermalCircuitPath *	m_ActiveSwitchPath
SEThermalCircuitPath *	m_ClothingToEnclosurePath
SEThermalCircuitPath *	m_GroundToEnclosurePath
SEThermalCircuitPath *	m_ClothingToEnvironmentPath
SEThermalCircuitPath *	m_GroundToEnvironmentPath
SEThermalCircuitPath *	m_EnvironmentSkinToGroundPath
SEThermalCircuitPath *	m_EnvironmentCoreToGroundPath

Private Attributes
friend	PBEnvironment
friend	EngineTest

Detailed Description

The Environment class characterizes the environment and manages interactions between the body its surroundings.

Constructor & Destructor Documentation

EnvironmentModel()

pulse::EnvironmentModel::EnvironmentModel

(

Data &

data

)

~EnvironmentModel()

virtual pulse::EnvironmentModel::~EnvironmentModel ( )

virtual

Member Function Documentation

AntoineEquation()

double pulse::EnvironmentModel::AntoineEquation ( double  dTemperature_C )

protected

AtSteadyState()

void pulse::EnvironmentModel::AtSteadyState ( )

override

CalculateConvection()

void pulse::EnvironmentModel::CalculateConvection ( )

protected

CalculateEvaporation()

void pulse::EnvironmentModel::CalculateEvaporation ( )

protected

CalculateRadiation()

void pulse::EnvironmentModel::CalculateRadiation ( )

protected

CalculateRespiration()

void pulse::EnvironmentModel::CalculateRespiration ( )

protected

CalculateSupplementalValues()

void pulse::EnvironmentModel::CalculateSupplementalValues ( )

protected

Clear()

void pulse::EnvironmentModel::Clear ( )

override

ComputeExposedModelParameters()

void pulse::EnvironmentModel::ComputeExposedModelParameters ( )

overrideprotected

Initialize()

void pulse::EnvironmentModel::Initialize ( )

override

PostProcess()

void pulse::EnvironmentModel::PostProcess ( bool  solve_and_transport = true )

override

PreProcess()

void pulse::EnvironmentModel::PreProcess ( )

override

Process()

void pulse::EnvironmentModel::Process ( bool  solve_and_transport = true )

override

ProcessActions()

void pulse::EnvironmentModel::ProcessActions ( )

protected

SetUp()

void pulse::EnvironmentModel::SetUp ( )

override

StateChange()

void pulse::EnvironmentModel::StateChange ( )

override

Member Data Documentation

EngineTest

friend pulse::EnvironmentModel::EngineTest

private

m_ActiveHeatTransferRatePath

SEThermalCircuitPath* pulse::EnvironmentModel::m_ActiveHeatTransferRatePath

protected

m_ActiveSwitchPath

SEThermalCircuitPath* pulse::EnvironmentModel::m_ActiveSwitchPath

protected

m_ActiveTemperaturePath

SEThermalCircuitPath* pulse::EnvironmentModel::m_ActiveTemperaturePath

protected

m_AmbientAerosols

SELiquidCompartment* pulse::EnvironmentModel::m_AmbientAerosols

protected

m_AmbientGases

SEGasCompartment* pulse::EnvironmentModel::m_AmbientGases

protected

m_ClothingNode

SEThermalCircuitNode* pulse::EnvironmentModel::m_ClothingNode

protected

m_ClothingToEnclosurePath

SEThermalCircuitPath* pulse::EnvironmentModel::m_ClothingToEnclosurePath

protected

m_ClothingToEnvironmentPath

SEThermalCircuitPath* pulse::EnvironmentModel::m_ClothingToEnvironmentPath

protected

m_dHeatOfVaporizationOfWater_J_Per_kg

double pulse::EnvironmentModel::m_dHeatOfVaporizationOfWater_J_Per_kg

protected

m_dLewisRelation

double pulse::EnvironmentModel::m_dLewisRelation

protected

m_dWaterVaporPressureAtSkin_Pa

double pulse::EnvironmentModel::m_dWaterVaporPressureAtSkin_Pa

protected

m_dWaterVaporPressureInAmbientAir_Pa

double pulse::EnvironmentModel::m_dWaterVaporPressureInAmbientAir_Pa

protected

m_EnclosureNode

SEThermalCircuitNode* pulse::EnvironmentModel::m_EnclosureNode

protected

m_EnvironmentCircuit

SEThermalCircuit* pulse::EnvironmentModel::m_EnvironmentCircuit

protected

m_EnvironmentCoreToGroundPath

SEThermalCircuitPath* pulse::EnvironmentModel::m_EnvironmentCoreToGroundPath

protected

m_EnvironmentSkinToGroundPath

SEThermalCircuitPath* pulse::EnvironmentModel::m_EnvironmentSkinToGroundPath

protected

m_GroundToEnclosurePath

SEThermalCircuitPath* pulse::EnvironmentModel::m_GroundToEnclosurePath

protected

m_GroundToEnvironmentPath

SEThermalCircuitPath* pulse::EnvironmentModel::m_GroundToEnvironmentPath

protected

m_PatientEquivalentDiameter_m

double pulse::EnvironmentModel::m_PatientEquivalentDiameter_m

protected

m_SkinNode

SEThermalCircuitNode* pulse::EnvironmentModel::m_SkinNode

protected

m_SkinToClothing

SEThermalCircuitPath* pulse::EnvironmentModel::m_SkinToClothing

protected

m_ThermalEnvironment

SEThermalCircuitNode* pulse::EnvironmentModel::m_ThermalEnvironment

protected

m_ThermalExpansion_Per_K

double pulse::EnvironmentModel::m_ThermalExpansion_Per_K

protected

m_WaterSpecificHeat_J_Per_kg_K

double pulse::EnvironmentModel::m_WaterSpecificHeat_J_Per_kg_K

protected

m_WaterThermalConductivity_W_Per_m_K

double pulse::EnvironmentModel::m_WaterThermalConductivity_W_Per_m_K

protected

m_WaterViscosity_N_s_Per_m2

double pulse::EnvironmentModel::m_WaterViscosity_N_s_Per_m2

protected

PBEnvironment

friend pulse::EnvironmentModel::PBEnvironment

private