Cardiac electrophysiology model type. More...

#include <CepMod.h>

Public Member Functions
double	stimulus_value (const double time, const Vector< double > &x) const
	Summed applied stimulus at a point and time (0.0 if none active).

Public Attributes
ElectrophysiologyModelType	cepType = ElectrophysiologyModelType::NA
	Type of cardiac electrophysiology model.

int	nX = 0
	Number of state variables.

int	nG = 0
	Number of gating variables.

int	nFn = 0
	Number of fiber directions.

int	imyo = 1
	Myocardium zone id, default to epicardium.

double	dt = 0.0
	Time step for integration.

double	Ksac = 0.0
	Constant for stretch-activated-currents.

double	Diso = 0.0
	Isotropic conductivity.

Vector< double >	Dani
	Anisotropic conductivity.

std::vector< stimType >	Istim
	External stimuli applied within this domain.

odeType	odes
	Time integration options.

std::shared_ptr< IonicModel >	ionic_model
	Ionic model instance.

Detailed Description

Cardiac electrophysiology model type.

Member Function Documentation

◆ stimulus_value()

double cepModelType::stimulus_value	(	const double	time,
		const Vector< double > &	x
	)		const

Summed applied stimulus at a point and time (0.0 if none active).

Member Data Documentation

◆ cepType

ElectrophysiologyModelType cepModelType::cepType = ElectrophysiologyModelType::NA

Type of cardiac electrophysiology model.

◆ Dani

Vector<double> cepModelType::Dani

Anisotropic conductivity.

◆ Diso

double cepModelType::Diso = 0.0

Isotropic conductivity.

◆ dt

double cepModelType::dt = 0.0

Time step for integration.

◆ imyo

int cepModelType::imyo = 1

Myocardium zone id, default to epicardium.

◆ ionic_model

std::shared_ptr<IonicModel> cepModelType::ionic_model

Ionic model instance.

◆ Istim

std::vector<stimType> cepModelType::Istim

External stimuli applied within this domain.

◆ Ksac

double cepModelType::Ksac = 0.0

Constant for stretch-activated-currents.

◆ nFn

int cepModelType::nFn = 0

Number of fiber directions.

◆ nG

int cepModelType::nG = 0

Number of gating variables.

◆ nX

int cepModelType::nX = 0

Number of state variables.

◆ odes

odeType cepModelType::odes

Time integration options.

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

solver/CepMod.h
solver/CepMod.cpp

Public Member Functions

Public Attributes