nest::gainfunction_erfc Class Reference

#include <erfc_neuron.h>

Public Member Functions
	gainfunction_erfc ()
	sets default parameters
void	get (Dictionary &) const
	Store current values in dictionary.
void	set (const Dictionary &, Node *node)
	Set values from dictionary.
bool	operator() (RngPtr rng, double h)

Private Attributes
double	theta_
	threshold of activation function
double	sigma_
	1/sqrt(2pi) x inverse of the maximal slope of gain function

Constructor & Destructor Documentation

gainfunction_erfc()

nest::gainfunction_erfc::gainfunction_erfc ( )

inline

sets default parameters

Member Function Documentation

get()

void nest::gainfunction_erfc::get

(

Dictionary &

d

)

const

Store current values in dictionary.

References nest::names::sigma(), sigma_, nest::names::theta(), and theta_.

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operator()()

bool nest::gainfunction_erfc::operator() ( RngPtr  rng, double  h  )

inline

References nest::BaseRandomGenerator::drand(), sigma_, and theta_.

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set()

void nest::gainfunction_erfc::set	(	const Dictionary &	d,
		Node *	node
	)

Set values from dictionary.

References nest::names::sigma(), sigma_, nest::names::theta(), theta_, and nest::update_value_param().

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Member Data Documentation

sigma_

double nest::gainfunction_erfc::sigma_

private

1/sqrt(2pi) x inverse of the maximal slope of gain function

Referenced by get(), operator()(), and set().

theta_

double nest::gainfunction_erfc::theta_

private

threshold of activation function

Referenced by get(), operator()(), and set().

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

• erfc_neuron.h
• erfc_neuron.cpp