#include <AbstractContractionModel.hpp>

Inheritance diagram for AbstractContractionModel:

Collaboration diagram for AbstractContractionModel:

Public Member Functions
	AbstractContractionModel ()

virtual	~AbstractContractionModel ()

virtual bool	IsStretchDependent ()=0

virtual bool	IsStretchRateDependent ()=0

virtual void	SetInputParameters (ContractionModelInputParameters &rInputParameters)=0

virtual void	SetStretchAndStretchRate (double stretch, double stretchRate)=0

void	SetStretch (double stretch)

virtual void	RunDoNotUpdate (double startTime, double endTime, double timeStep)=0

virtual void	RunAndUpdate (double startTime, double endTime, double timeStep)=0

virtual void	UpdateStateVariables ()=0

virtual double	GetActiveTension ()=0

virtual double	GetNextActiveTension ()=0

Detailed Description

General interface for contraction models (models on the cell level determining the active tension (actually a stress) induced in a cell in response to electrical activity or mechanical deformation).

Definition at line 58 of file AbstractContractionModel.hpp.

Constructor & Destructor Documentation

AbstractContractionModel::AbstractContractionModel ( )

inline

Constructor does nothing.

Definition at line 64 of file AbstractContractionModel.hpp.

virtual AbstractContractionModel::~AbstractContractionModel ( )

inlinevirtual

Abstract destructor does nothing.

Definition at line 71 of file AbstractContractionModel.hpp.

Member Function Documentation

virtual double AbstractContractionModel::GetActiveTension ( )

pure virtual

Returns: the current active tension (note, actually a stress). (Pure, to be implemented in the concrete class).

DO NOT call inbetween RunDoNotUpdate() and UpdateStateVariables() as the old state variables but the next time would then be used in calculating Ta. Instead, use GetNextActiveTension(), or call UpdateStateVariables() and then this.

Implemented in NhsContractionModel, Kerchoffs2003ContractionModel, Nash2004ContractionModel, ConstantActiveTension, NonPhysiologicalContractionModel, and FakeBathContractionModel.

Referenced by ExplicitCardiacMechanicsSolver< ELASTICITY_SOLVER, DIM >::GetActiveTensionAndTensionDerivs(), and AbstractAlgebraicContractionModel::GetNextActiveTension().

virtual double AbstractContractionModel::GetNextActiveTension ( )

pure virtual

Returns: the current active tension (note, actually a stress), using the current temporary state variables (ie those obtained after RunDoNotUpdate has been called).

Implemented in NhsContractionModel, Kerchoffs2003ContractionModel, NhsModelWithBackwardSolver, Nash2004ContractionModel, and AbstractAlgebraicContractionModel.

Referenced by ImplicitCardiacMechanicsSolver< ELASTICITY_SOLVER, DIM >::GetActiveTensionAndTensionDerivs().

virtual bool AbstractContractionModel::IsStretchDependent ( )

pure virtual

Returns: whether the model depend on the stretch. (Pure, to be implemented in the concrete class).

Implemented in NhsContractionModel, Nash2004ContractionModel, Kerchoffs2003ContractionModel, ConstantActiveTension, NonPhysiologicalContractionModel, and FakeBathContractionModel.

virtual bool AbstractContractionModel::IsStretchRateDependent ( )

pure virtual

Returns: whether the model depend on the stretch-rate. (Pure, to be implemented in the concrete class).

Implemented in NhsContractionModel, Nash2004ContractionModel, Kerchoffs2003ContractionModel, ConstantActiveTension, NonPhysiologicalContractionModel, and FakeBathContractionModel.

virtual void AbstractContractionModel::RunAndUpdate	(	double	startTime,
		double	endTime,
		double	timeStep
	)

pure virtual

Run the contraction (ie if an ODE system) between the given times, and update the state variables. For use in the explicit electromechanics algorithm

Parameters

startTime	start time
endTime	end time
timeStep	timestep to use in ODE solving.

Implemented in AbstractOdeBasedContractionModel, NhsModelWithBackwardSolver, and AbstractAlgebraicContractionModel.

Referenced by ExplicitCardiacMechanicsSolver< ELASTICITY_SOLVER, DIM >::Solve().

virtual void AbstractContractionModel::RunDoNotUpdate	(	double	startTime,
		double	endTime,
		double	timeStep
	)

pure virtual

Run the contraction (ie if an ODE system) between the given times. This should NOT update any state variables. Call UpdateStateVariables() afterwards to update. For use in the implicit electromechanics algorithm

Parameters

startTime	start time
endTime	end time
timeStep	timestep to use in ODE solving.

Implemented in NhsModelWithBackwardSolver, AbstractOdeBasedContractionModel, and AbstractAlgebraicContractionModel.

Referenced by ImplicitCardiacMechanicsSolver< ELASTICITY_SOLVER, DIM >::GetActiveTensionAndTensionDerivs().

virtual void AbstractContractionModel::SetInputParameters ( ContractionModelInputParameters & rInputParameters )

pure virtual

Set any input parameters (excl stretch and stretch rate). (Pure, to be implemented in the concrete class).

Parameters

rInputParameters contains various parameters: voltage, intracellular calcium concentration

Implemented in NhsContractionModel, Kerchoffs2003ContractionModel, Nash2004ContractionModel, ConstantActiveTension, NonPhysiologicalContractionModel, and FakeBathContractionModel.

void AbstractContractionModel::SetStretch ( double stretch )

inline

Safe setting of stretch-only, for stretch-rate independent models ONLY.

Parameters

stretch Stretch in fibre direction

Definition at line 103 of file AbstractContractionModel.hpp.

virtual void AbstractContractionModel::SetStretchAndStretchRate	(	double	stretch,
		double	stretchRate
	)

pure virtual

Set the stretch and stretch rate. (Pure, to be implemented in the concrete class).

Parameters

stretch	fibre stretch (dimensionless)
stretchRate	fibre stretch rate (1/ms)

Implemented in NhsContractionModel, Kerchoffs2003ContractionModel, Nash2004ContractionModel, ConstantActiveTension, NonPhysiologicalContractionModel, and FakeBathContractionModel.

Referenced by ImplicitCardiacMechanicsSolver< ELASTICITY_SOLVER, DIM >::GetActiveTensionAndTensionDerivs(), and ExplicitCardiacMechanicsSolver< ELASTICITY_SOLVER, DIM >::Solve().

virtual void AbstractContractionModel::UpdateStateVariables ( )

pure virtual

After calling RunDoNotUpdate, which ran but should not have updated the state variables, the state variables are updated if this is called.

Implemented in AbstractOdeBasedContractionModel, and AbstractAlgebraicContractionModel.

Referenced by ImplicitCardiacMechanicsSolver< ELASTICITY_SOLVER, DIM >::Solve().

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

heart/src/odes/contractionmodels/AbstractContractionModel.hpp

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation