nest::AMPA_NMDA Class Reference

#include <cm_compartmentcurrents.h>

Collaboration diagram for nest::AMPA_NMDA:

Public Member Functions
	AMPA_NMDA (const long syn_index)
	AMPA_NMDA (const long syn_index, const Dictionary &receptor_params)
	~AMPA_NMDA ()
long	get_syn_idx ()
void	pre_run_hook ()
	initialization of the state variables
void	append_recordables (std::map< std::string, double * > *recordables)
	make the state variables of this receptor accessible
void	set_buffer_ptr (std::vector< RingBuffer > &syn_buffers)
	associate the receptor with a spike buffer
std::pair< double, double >	f_numstep (const double v_comp, const long lag)
	advance receptor by one numerical integration step
std::pair< double, double >	NMDA_sigmoid__and__d_NMDAsigmoid_dv (double v_comp)
	synapse specific function (NMDA nonlinearity)

Private Attributes
long	syn_idx = 0
	global synapse index
double	g_r_AN_AMPA_
	state variables
double	g_d_AN_AMPA_
double	g_r_AN_NMDA_
double	g_d_AN_NMDA_
double	e_rev_
	user defined parameters
double	tau_r_AMPA_
double	tau_d_AMPA_
double	tau_r_NMDA_
double	tau_d_NMDA_
double	NMDA_ratio_
double	g_norm_AMPA_
	assigned variables
double	g_norm_NMDA_
double	prop_r_AMPA_
	propagators
double	prop_d_AMPA_
double	prop_r_NMDA_
double	prop_d_NMDA_
RingBuffer *	b_spikes_
	spike buffer

Constructor & Destructor Documentation

AMPA_NMDA() [1/2]

nest::AMPA_NMDA::AMPA_NMDA ( const long  syn_index )

explicit

References g_norm_AMPA_, g_norm_NMDA_, syn_idx, tau_d_AMPA_, tau_d_NMDA_, tau_r_AMPA_, and tau_r_NMDA_.

AMPA_NMDA() [2/2]

nest::AMPA_NMDA::AMPA_NMDA	(	const long	syn_index,
		const Dictionary &	receptor_params
	)

References e_rev_, g_norm_AMPA_, g_norm_NMDA_, Dictionary::get(), Dictionary::known(), NMDA_ratio_, syn_idx, tau_d_AMPA_, tau_d_NMDA_, tau_r_AMPA_, and tau_r_NMDA_.

Here is the call graph for this function:

~AMPA_NMDA()

nest::AMPA_NMDA::~AMPA_NMDA ( )

inline

Member Function Documentation

append_recordables()

void nest::AMPA_NMDA::append_recordables

(

std::map< std::string, double * > *

recordables

)

make the state variables of this receptor accessible

References g_d_AN_AMPA_, g_d_AN_NMDA_, g_r_AN_AMPA_, g_r_AN_NMDA_, and syn_idx.

f_numstep()

std::pair< double, double > nest::AMPA_NMDA::f_numstep	(	const double	v_comp,
		const long	lag
	)

advance receptor by one numerical integration step

References b_spikes_, e_rev_, g_d_AN_AMPA_, g_d_AN_NMDA_, g_norm_AMPA_, g_norm_NMDA_, g_r_AN_AMPA_, g_r_AN_NMDA_, nest::RingBuffer::get_value(), NMDA_ratio_, NMDA_sigmoid__and__d_NMDAsigmoid_dv(), prop_d_AMPA_, prop_d_NMDA_, prop_r_AMPA_, and prop_r_NMDA_.

Here is the call graph for this function:

get_syn_idx()

long nest::AMPA_NMDA::get_syn_idx ( )

inline

References syn_idx.

NMDA_sigmoid__and__d_NMDAsigmoid_dv()

std::pair< double, double > nest::AMPA_NMDA::NMDA_sigmoid__and__d_NMDAsigmoid_dv ( double  v_comp )

inline

synapse specific function (NMDA nonlinearity)

Referenced by f_numstep().

Here is the caller graph for this function:

pre_run_hook()

void nest::AMPA_NMDA::pre_run_hook ( )

inline

initialization of the state variables

References b_spikes_, nest::RingBuffer::clear(), nest::Time::get_ms(), nest::Time::get_resolution(), prop_d_AMPA_, prop_d_NMDA_, prop_r_AMPA_, prop_r_NMDA_, tau_d_AMPA_, tau_d_NMDA_, tau_r_AMPA_, and tau_r_NMDA_.

Here is the call graph for this function:

set_buffer_ptr()

void nest::AMPA_NMDA::set_buffer_ptr ( std::vector< RingBuffer > &  syn_buffers )

inline

associate the receptor with a spike buffer

References b_spikes_, and syn_idx.

Member Data Documentation

b_spikes_

RingBuffer* nest::AMPA_NMDA::b_spikes_

private

spike buffer

Referenced by f_numstep(), pre_run_hook(), and set_buffer_ptr().

e_rev_

double nest::AMPA_NMDA::e_rev_

private

user defined parameters

Referenced by AMPA_NMDA(), and f_numstep().

g_d_AN_AMPA_

double nest::AMPA_NMDA::g_d_AN_AMPA_

private

Referenced by append_recordables(), and f_numstep().

g_d_AN_NMDA_

double nest::AMPA_NMDA::g_d_AN_NMDA_

private

Referenced by append_recordables(), and f_numstep().

g_norm_AMPA_

double nest::AMPA_NMDA::g_norm_AMPA_

private

assigned variables

Referenced by AMPA_NMDA(), AMPA_NMDA(), and f_numstep().

g_norm_NMDA_

double nest::AMPA_NMDA::g_norm_NMDA_

private

Referenced by AMPA_NMDA(), AMPA_NMDA(), and f_numstep().

g_r_AN_AMPA_

double nest::AMPA_NMDA::g_r_AN_AMPA_

private

state variables

Referenced by append_recordables(), and f_numstep().

g_r_AN_NMDA_

double nest::AMPA_NMDA::g_r_AN_NMDA_

private

Referenced by append_recordables(), and f_numstep().

NMDA_ratio_

double nest::AMPA_NMDA::NMDA_ratio_

private

Referenced by AMPA_NMDA(), and f_numstep().

prop_d_AMPA_

double nest::AMPA_NMDA::prop_d_AMPA_

private

Referenced by f_numstep(), and pre_run_hook().

prop_d_NMDA_

double nest::AMPA_NMDA::prop_d_NMDA_

private

Referenced by f_numstep(), and pre_run_hook().

prop_r_AMPA_

double nest::AMPA_NMDA::prop_r_AMPA_

private

propagators

Referenced by f_numstep(), and pre_run_hook().

prop_r_NMDA_

double nest::AMPA_NMDA::prop_r_NMDA_

private

Referenced by f_numstep(), and pre_run_hook().

syn_idx

long nest::AMPA_NMDA::syn_idx = 0

private

global synapse index

Referenced by AMPA_NMDA(), AMPA_NMDA(), append_recordables(), get_syn_idx(), and set_buffer_ptr().

tau_d_AMPA_

double nest::AMPA_NMDA::tau_d_AMPA_

private

Referenced by AMPA_NMDA(), AMPA_NMDA(), and pre_run_hook().

tau_d_NMDA_

double nest::AMPA_NMDA::tau_d_NMDA_

private

Referenced by AMPA_NMDA(), AMPA_NMDA(), and pre_run_hook().

tau_r_AMPA_

double nest::AMPA_NMDA::tau_r_AMPA_

private

Referenced by AMPA_NMDA(), AMPA_NMDA(), and pre_run_hook().

tau_r_NMDA_

double nest::AMPA_NMDA::tau_r_NMDA_

private

Referenced by AMPA_NMDA(), AMPA_NMDA(), and pre_run_hook().

---

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

• cm_compartmentcurrents.h
• cm_compartmentcurrents.cpp