nest::iaf_cond_exp::Buffers_ Struct Reference

Buffers of the model. More...

Public Member Functions
	Buffers_ (iaf_cond_exp &)
	Sets buffer pointers to 0. More...
	Buffers_ (const Buffers_ &, iaf_cond_exp &)
	Sets buffer pointers to 0. More...

Public Attributes
UniversalDataLogger< iaf_cond_exp >	logger_
	Logger for all analog data. More...
RingBuffer	spike_exc_
	buffers and sums up incoming spikes/currents More...
RingBuffer	spike_inh_
RingBuffer	currents_
gsl_odeiv_step *	s_
	GSL ODE stuff. More...
gsl_odeiv_control *	c_
	adaptive stepsize control function More...
gsl_odeiv_evolve *	e_
	evolution function More...
gsl_odeiv_system	sys_
	struct describing system More...
double_t	step_
	step size in ms More...
double	IntegrationStep_
	current integration time step, updated by GSL More...
double_t	I_stim_
	Input current injected by CurrentEvent. More...

Detailed Description

Buffers of the model.

Constructor & Destructor Documentation

nest::iaf_cond_exp::Buffers_::Buffers_

(

iaf_cond_exp &

n

)

Sets buffer pointers to 0.

nest::iaf_cond_exp::Buffers_::Buffers_	(	const Buffers_ &	,
		iaf_cond_exp &	n
	)

Sets buffer pointers to 0.

Member Data Documentation

gsl_odeiv_control* nest::iaf_cond_exp::Buffers_::c_

adaptive stepsize control function

RingBuffer nest::iaf_cond_exp::Buffers_::currents_

gsl_odeiv_evolve* nest::iaf_cond_exp::Buffers_::e_

evolution function

double_t nest::iaf_cond_exp::Buffers_::I_stim_

Input current injected by CurrentEvent.

This variable is used to transport the current applied into the dynamics function computing the derivative of the state vector. It must be a part of Buffers, since it is initialized once before the first simulation, but not modified before later Simulate calls.

double nest::iaf_cond_exp::Buffers_::IntegrationStep_

current integration time step, updated by GSL

UniversalDataLogger<iaf_cond_exp> nest::iaf_cond_exp::Buffers_::logger_

Logger for all analog data.

Referenced by nest::iaf_cond_exp::handles_test_event().

gsl_odeiv_step* nest::iaf_cond_exp::Buffers_::s_

GSL ODE stuff.

stepping function

RingBuffer nest::iaf_cond_exp::Buffers_::spike_exc_

buffers and sums up incoming spikes/currents

RingBuffer nest::iaf_cond_exp::Buffers_::spike_inh_

double_t nest::iaf_cond_exp::Buffers_::step_

step size in ms

gsl_odeiv_system nest::iaf_cond_exp::Buffers_::sys_

struct describing system

---

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

• iaf_cond_exp.h
• iaf_cond_exp.cpp