#include <punitmodel.h>

Inheritance diagram for PUnitModel:

Collaboration diagram for PUnitModel:

Public Member Functions
	PUnitModel (void)

	~PUnitModel (void)

virtual void	main (void)

virtual void	process (const OutData &source, OutData &dest)

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

Protected Attributes
int	EODType

double	EODFreq

double	EODFreqSD

double	EODFreqTau

double	EODFreqFac

double	EODLocalAmplitude

double	EODGlobalAmplitude

double	LocalStimulusGain

double	GlobalStimulusGain

double	StimulusGain

double	VoltageScale

double	Signal

double	EODLocal

double	EODGlobal

Detailed Description

[Model] A model for P-units of weakly-electric fish.

Author: Jan Benda

Version: 2.0 (Oct 30, 2013)

Options

General
- EOD
  - eodtype=Sine: EOD type (string)
  - eodfreq=800Hz: Frequency (number)
  - eodfreqsd=10Hz: SD of frequency (number)
  - eodfreqtau=1000s: Timescale of frequency (number)
  - eodlocalamplitude=1mV/cm: Amplitude for local electrode (number)
  - eodglobalamplitude=1mV/cm: Amplitude for global electrode (number)
  - localstimulusgain=1: Gain for additive stimulus component to local electrode (number)
  - globalstimulusgain=0: Gain for additive stimulus component to global electrode (number)
  - stimulusgain=1: Gain for stimulus recording channel (number)
- Spikes
  - voltagescale=1: Scale factor for membrane potential (number)
Spike generator
- spikemodel=Stimulus: Spike model (string)
- noised=0: Intensity of current noise (number)
- deltat=0.005ms: Delta t (number)
- integrator=Euler: Method of integration (string)
Voltage-gated current 1 - activation only
- gmc=0: Conductivity (number)
- emc=-90mV: Reversal potential (number)
- mvmc=-40mV: Midpoint potential of activation (number)
- mwmc=10mV: Width of activation (number)
- taumc=10ms: Time constant (number)
Voltage-gated current 2 - activation and inactivation
- gmhc=0: Conductivity (number)
- emhc=-90mV: Reversal potential (number)
- mvmhc=-40mV: Midpoint potential of activation (number)
- mwmhc=10mV: Width of activation (number)
- taummhc=10ms: Time constant of activation (number)
- pmmhc=1: Power of activation gate (number)
- hvmhc=-40mV: Midpoint potential of inactivation (number)
- hwmhc=10mV: Width of inactivation (number)
- tauhmhc=10ms: Time constant of inactivation (number)
- pmhhc=1: Power of inactivation gate (number)