#include <spikingneuron.h>

Inheritance diagram for Edman:

Collaboration diagram for Edman:

Public Member Functions
	Edman (void)

virtual string	name (void) const

virtual int	dimension (void) const

virtual void	variables (vector< string > &varnames) const

virtual void	units (vector< string > &u) const

virtual void	operator() (double t, double s, double x, double dxdt, int n)

virtual void	init (double *x) const

virtual void	conductances (vector< string > &conductancenames) const

virtual void	conductances (double *g) const

virtual string	conductanceUnit (void) const

virtual void	currents (vector< string > &currentnames) const

virtual void	currents (double *c) const

virtual string	currentUnit (void) const

virtual string	inputUnit (void) const

virtual void	add (void)

virtual void	notify (void)

Public Member Functions inherited from SpikingNeuron
	SpikingNeuron (void)

virtual	~SpikingNeuron (void)

double	gain (void) const

double	offset (void) const

Public Member Functions inherited from ConfigClass
	ConfigClass (const string &ident, int group=0, int mode=0xffff, int selectmask=0)

	ConfigClass (const ConfigClass &C)

virtual	~ConfigClass (void)

const string &	configIdent (void) const

void	setConfigIdent (const string &ident)

int	configGroup (void) const

void	setConfigGroup (int group)

int	configMode (void) const

void	setConfigMode (int mode)

void	addConfigMode (int mode)

void	delConfigMode (int mode)

int	configSelectMask (void) const

void	setConfigSelectMask (int mask)

void	addConfig (void)

void	readConfig (void)

virtual void	readConfig (StrQueue &sq)

virtual void	saveConfig (ofstream &str)

virtual int	configSize (void) const

virtual void	config (void)

virtual void	preConfig (void)

Protected Attributes
double	A

double	Vol

double	C

double	Km

double	T

double	GNa

double	GK

double	GLNa

double	GLK

double	GLCl

double	GP

double	Narest

double	Krest

double	ClI

double	NaO

double	KO

double	ClO

double	Vm

double	Vh

double	Vl

double	Vn

double	Vr

double	Tmmax

double	Thmax

double	Tlmax

double	Tnmax

double	Trmax

double	FRT

double	F2RT

double	ekT

double	INa

double	IK

double	ILNa

double	ILK

double	ILCl

double	IP

double	GNaGates

double	GKGates

double	GLNaA

double	GLKA

double	GLClA

double	GPA

Protected Attributes inherited from SpikingNeuron
double	Gain

double	Offset

Static Protected Attributes
static const double	Faraday = 96485.0

static const double	GasConst = 8.3144

static const double	eCharge = 1.60217653e-19

static const double	kBoltz = 1.3806505e-23

Additional Inherited Members
Public Types inherited from ConfigClass
enum	Action

Static Public Member Functions inherited from ConfigClass
static void	setConfigureClasses (ConfigureClasses *cfg)

Static Public Attributes inherited from SpikingNeuron
static const int	ScalingFlag = 16

static const int	ModelFlag = 32

static const int	DescriptionFlag = 64

Detailed Description

[ModelLib] The Edman model for a lobster stretch receptor neurone with a slowly inactivating sodium current.

Author: Jan Benda

(A. Edman and S. Gestrelius and W. Grampp (1987): Analysis of gated membrane currents and mechanisms of firing control in the rapidly adapting lobster stretch receptor neurone. J. Physiol. 384, pp. 649-669)

Constructor & Destructor Documentation

Member Function Documentation

string name ( void ) const

virtual

Returns: the name of the model.

Reimplemented from SpikingNeuron.

int dimension ( void ) const

virtual

Returns: the dimension of the system.

See Also: variables(), operator()()

Implements SpikingNeuron.

Referenced by Edman::units(), and Edman::variables().

void variables ( vector< string > & varnames ) const

virtual

Parameters

[out] varnames the names of each of the dimension() variables. Gating variables (ranging between 0 and 1) should be a single lower-case character, potentials and equivalent potentials a single upper-case character, and concentrations should be in brackets (e.g. [Ca]).

See Also: dimension(), units(), operator()()

Implements SpikingNeuron.

References Edman::dimension().

void units ( vector< string > & u ) const

virtual

Parameters

[out] u the units of the variables returned by variables().

See Also: dimension(), operator()()

Implements SpikingNeuron.

References Edman::dimension().

void operator()	(	double	t,
		double	s,
		double *	x,
		double *	dxdt,
		int	n
	)

virtual

Computes the derivative dxdt at time t with stimulus s given the state x.

Implements SpikingNeuron.

References Edman::A, Edman::C, Edman::ClI, Edman::ClO, Edman::ekT, relacs::exp(), Edman::F2RT, Edman::Faraday, Edman::FRT, Edman::GK, Edman::GKGates, Edman::GLCl, Edman::GLClA, Edman::GLK, Edman::GLKA, Edman::GLNa, Edman::GLNaA, Edman::GNa, Edman::GNaGates, Edman::GP, Edman::GPA, Edman::IK, Edman::ILCl, Edman::ILK, Edman::ILNa, Edman::INa, Edman::IP, Edman::Km, Edman::KO, Edman::Krest, Edman::NaO, Edman::Narest, relacs::pow(), Edman::Thmax, Edman::Tlmax, Edman::Tmmax, Edman::Tnmax, Edman::Trmax, Edman::Vh, Edman::Vl, Edman::Vm, Edman::Vn, Edman::Vol, and Edman::Vr.

void init ( double * x ) const

virtual

Initialize the state x with usefull inital conditions.

Implements SpikingNeuron.

void conductances ( vector< string > & conductancenames ) const

virtual

Returns in conductancenames the names of the individual ionic conductances that conductances(double*) const would return.

Reimplemented from SpikingNeuron.

void conductances ( double * g ) const

virtual

Returns in g the values of the individual ionic conductances. The number of conductances is defined by the size of conductancenames the function conductances(vector<string>&) const returns.

Reimplemented from SpikingNeuron.

References Edman::GKGates, Edman::GLClA, Edman::GLKA, Edman::GLNaA, Edman::GNaGates, and Edman::GPA.

string conductanceUnit ( void ) const

virtual

Returns the unit of the conductances returned by conductances(double*) const, i.e. cm^3/s.

Reimplemented from SpikingNeuron.

void currents ( vector< string > & currentnames ) const

virtual

Returns in currentnames the names of the individual ionic currents that currents(double*) const would return.

Reimplemented from SpikingNeuron.

void currents ( double * c ) const

virtual

Returns in c the values of the individual ionic currents. The number of currents is defined by the size of currentnames the function currents(vector<string>&) const returns.

Reimplemented from SpikingNeuron.

References Edman::IK, Edman::ILCl, Edman::ILK, Edman::ILNa, Edman::INa, and Edman::IP.