ContourNeuronProp< CH, X, Y > Class Template Reference

#include <CINNIC/contourNeuronProp.H>

Collaboration diagram for ContourNeuronProp< CH, X, Y >:

[legend]List of all members.

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Detailed Description

template<class CH, class X, class Y>
class ContourNeuronProp< CH, X, Y >

Holds the property for each neuron.

this class is used to process and hold the membrane potential of each neuron. It keeps track of total potential as well as potential that is "up" or "down" that is, to simulate the effects of tranfering energy from neuron to another neuron it holds energy in either a positive or negative energy bank.

Definition at line 57 of file contourNeuronProp.H.

Public Member Functions
	ContourNeuronProp ()
	~ContourNeuronProp ()
CH &	getCharge ()
	return this neurons charge
CH &	getThreshold ()
	return this neurons threshold
CH &	getSupressionMod ()
	return this neurons supression modifier
void	setSupressionMod (CH &sup)
	set up supression for this neuron
void	setSupressionBool ()
	set holder to know if supression has been incremented
void	setSupressionThresh (CH &thresh, CH &changeVal, CH &max)
	set up supression threshold for this neuron and its weight augementation
void	ResetTempCharge ()
	reset the "temporary" charges of this neuron
void	ResetCharge ()
	reset base charge
void	ResetChargeAll ()
	reset all charges
void	setUpperLimit ()
	set neuron potential to upper limit
void	Charge (CH &_charge, bool _pol, bool _sender)
	input a charge to this neuron, give your polarity so it can be sent on properly
void	ChargeSimple (CH &_charge)
	input a charge to this neuron (potential) without polarity
CH &	DisCharge (bool _pol, bool _sender, int a, int cascadeType)
	output a charge, make sure it goes to the correct polarity
void	setThreshold (CH &Threshold, CH &Resistance)
	Tell the neuron its saturation level.
Protected Attributes
float	threshold
	Current threshold for this neuron.

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Constructor & Destructor Documentation

template<class CH, class X, class Y> ContourNeuronProp< CH, X, Y >::ContourNeuronProp (   )

This method when called will place a charge in this neuron telling it where the charge came from and the polarity properties of the placing neuron Definition at line 58 of file contourNeuronProp.C.

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Member Function Documentation

template<class CH, class X, class Y> void ContourNeuronProp< CH, X, Y >::Charge (  CH &  _charge, bool  _pol, bool  _sender )  [inline]

input a charge to this neuron, give your polarity so it can be sent on properly Parameters: charge  The charge to give this neuron _pol  the polarity you have _sender  Is true if you are a sender of cascade Definition at line 106 of file contourNeuronProp.C.

template<class CH, class X, class Y> void ContourNeuronProp< CH, X, Y >::ChargeSimple (  CH &  _charge  )

input a charge to this neuron (potential) without polarity Parameters: charge  The charge to give this neuron Definition at line 128 of file contourNeuronProp.C.

template<class CH, class X, class Y> CH & ContourNeuronProp< CH, X, Y >::DisCharge (  bool  _pol, bool  _sender, int  a, int  cascadeType )  [inline]

output a charge, make sure it goes to the correct polarity Parameters: _pol  Your polarity _sender  Are you a sender? Definition at line 137 of file contourNeuronProp.C.

template<class CH, class X, class Y> CH & ContourNeuronProp< CH, X, Y >::getCharge (   )

return this neurons charge Definition at line 68 of file contourNeuronProp.C.

template<class CH, class X, class Y> CH & ContourNeuronProp< CH, X, Y >::getSupressionMod (   )

return this neurons supression modifier Definition at line 80 of file contourNeuronProp.C.

template<class CH, class X, class Y> CH & ContourNeuronProp< CH, X, Y >::getThreshold (   )

return this neurons threshold Definition at line 74 of file contourNeuronProp.C. References ContourNeuronProp< CH, X, Y >::threshold.

template<class CH, class X, class Y> void ContourNeuronProp< CH, X, Y >::ResetCharge (   )

reset base charge Definition at line 185 of file contourNeuronProp.C.

template<class CH, class X, class Y> void ContourNeuronProp< CH, X, Y >::ResetChargeAll (   )

reset all charges Definition at line 191 of file contourNeuronProp.C.

template<class CH, class X, class Y> void ContourNeuronProp< CH, X, Y >::ResetTempCharge (   )

reset the "temporary" charges of this neuron This method resets the place counter for the charge storage vector in effect putting its charge to 0; Definition at line 178 of file contourNeuronProp.C.

template<class CH, class X, class Y> void ContourNeuronProp< CH, X, Y >::setSupressionBool (   )

set holder to know if supression has been incremented Definition at line 92 of file contourNeuronProp.C.

template<class CH, class X, class Y> void ContourNeuronProp< CH, X, Y >::setSupressionMod (  CH &  sup  )

set up supression for this neuron Definition at line 86 of file contourNeuronProp.C.

template<class CH, class X, class Y> void ContourNeuronProp< CH, X, Y >::setSupressionThresh (  CH &  thresh, CH &  changeVal, CH &  max )

set up supression threshold for this neuron and its weight augementation This method is used to set up adaptive supression for its threshold and the amount supression will increase every time threshold is reached Parameters: thresh  This is the threshold number changeVal  The amount supression should be increased Definition at line 98 of file contourNeuronProp.C.

template<class CH, class X, class Y> void ContourNeuronProp< CH, X, Y >::setThreshold (  CH &  Threshold, CH &  Resistance )

Tell the neuron its saturation level. this method stores the neurons fireing threshold at which point it fires a salience charge Definition at line 168 of file contourNeuronProp.C. References ContourNeuronProp< CH, X, Y >::threshold.

template<class CH, class X, class Y> void ContourNeuronProp< CH, X, Y >::setUpperLimit (   )

set neuron potential to upper limit Definition at line 199 of file contourNeuronProp.C.

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Member Data Documentation

template<class CH, class X, class Y> float ContourNeuronProp< CH, X, Y >::threshold [protected]

Current threshold for this neuron. Definition at line 74 of file contourNeuronProp.H. Referenced by ContourNeuronProp< CH, X, Y >::getThreshold(), and ContourNeuronProp< CH, X, Y >::setThreshold().

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

• src/CINNIC/contourNeuronProp.H
• src/CINNIC/contourNeuronProp.C

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