SaliencyMapTrivial Class Reference

#include <Neuro/SaliencyMap.H>

Inheritance diagram for SaliencyMapTrivial:

[legend]Collaboration diagram for SaliencyMapTrivial:

[legend]List of all members.

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Detailed Description

The trivial saliency map: a 2D array of floats.

This is a 2D salience map. It is an Image<float> and inherits all the standard methods of class Image. To avoid confusion, we here add explicit input() and getV() methods.

Definition at line 260 of file SaliencyMap.H.

Public Member Functions
	SaliencyMapTrivial (OptionManager &mgr, const std::string &descrName="Saliency Map Trivial", const std::string &tagName="SaliencyMapTrivial")
	Ininitialized constructor.
virtual	~SaliencyMapTrivial ()
	Destructor.
Protected Member Functions
virtual void	input (SimEventQueue &q, const Image< float > &in)
	Set new input currents for all neurons.
virtual void	depress (SimEventQueue &q, const Point2D< int > &winner, const double &pampl, const double &mampl, const double &psdev, const double &msdev)
	Difference-of-Gaussians inhibition of return.
virtual void	depress (SimEventQueue &q, const Point2D< int > &winner, const double &ampl, const Image< byte > &objectMask)
	Object-based inhibition of return.
virtual void	saccadicSuppression (SimEventQueue &q, const bool on)
	Turn saccadic suppression on/off.
virtual void	blinkSuppression (SimEventQueue &q, const bool on)
	Turn blink suppression on/off.
virtual Image< float >	getV () const
	Return all our membrane potential voltages as an Image<float>.
virtual float	getV (const Point2D< int > &p) const
	Access function using Point2D<int>.
virtual void	reset1 ()
	Reset to initial state just after construction.
Protected Attributes
OModelParam< float >	itsItoVcoeff
	Coeff to go from current inputs to voltage outputs.

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Constructor & Destructor Documentation

SaliencyMapTrivial::SaliencyMapTrivial (  OptionManager &  mgr, const std::string &  descrName = "Saliency Map Trivial", const std::string &  tagName = "SaliencyMapTrivial" )

Ininitialized constructor. The SM will be resized and initialized the first time input() is called Definition at line 439 of file SaliencyMap.C. References GVX_TRACE.

SaliencyMapTrivial::~SaliencyMapTrivial (   )  [virtual]

Destructor. Definition at line 450 of file SaliencyMap.C. References GVX_TRACE.

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Member Function Documentation

void SaliencyMapTrivial::blinkSuppression (  SimEventQueue &  q, const bool  on )  [protected, virtual]

Turn blink suppression on/off. Implements SaliencyMapAdapter. Definition at line 531 of file SaliencyMap.C. References GVX_TRACE, Image< T >::initialized(), LINFO, rutz::make_shared(), and SimEventQueue::post().

void SaliencyMapTrivial::depress (  SimEventQueue &  q, const Point2D< int > &  winner, const double &  ampl, const Image< byte > &  objectMask )  [protected, virtual]

Object-based inhibition of return. Implements SaliencyMapAdapter. Definition at line 502 of file SaliencyMap.C. References GVX_TRACE, Image< T >::initialized(), inplaceRectify(), rutz::make_shared(), and SimEventQueue::post().

void SaliencyMapTrivial::depress (  SimEventQueue &  q, const Point2D< int > &  winner, const double &  pampl, const double &  mampl, const double &  psdev, const double &  msdev )  [protected, virtual]

Difference-of-Gaussians inhibition of return. Implements SaliencyMapAdapter. Definition at line 474 of file SaliencyMap.C. References Image< T >::beginw(), Image< T >::getHeight(), Image< T >::getWidth(), GVX_TRACE, hh, Point2D< T >::i, Image< T >::initialized(), iorHelper(), Point2D< T >::j, LDEBUG, rutz::make_shared(), p, SimEventQueue::post(), src, and ww.

float SaliencyMapTrivial::getV (  const Point2D< int > &  p  )  const [protected, virtual]

Access function using Point2D<int>. Implements SaliencyMapAdapter. Definition at line 553 of file SaliencyMap.C. References Image< T >::getVal(), and GVX_TRACE.

Image< float > SaliencyMapTrivial::getV (   )  const [protected, virtual]

Return all our membrane potential voltages as an Image<float>. Implements SaliencyMapAdapter. Definition at line 546 of file SaliencyMap.C. References GVX_TRACE.

void SaliencyMapTrivial::input (  SimEventQueue &  q, const Image< float > &  in )  [protected, virtual]

Set new input currents for all neurons. Implements SaliencyMapAdapter. Definition at line 463 of file SaliencyMap.C. References OModelParam< T >::getVal(), GVX_TRACE, Image< T >::initialized(), itsItoVcoeff, rutz::make_shared(), and SimEventQueue::post().

void SaliencyMapTrivial::reset1 (   )  [protected, virtual]

Reset to initial state just after construction. Reimplemented from ModelComponent. Definition at line 456 of file SaliencyMap.C. References Image< T >::freeMem(), and GVX_TRACE.

void SaliencyMapTrivial::saccadicSuppression (  SimEventQueue &  q, const bool  on )  [protected, virtual]

Turn saccadic suppression on/off. Implements SaliencyMapAdapter. Definition at line 516 of file SaliencyMap.C. References GVX_TRACE, Image< T >::initialized(), LINFO, rutz::make_shared(), and SimEventQueue::post().

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Member Data Documentation

OModelParam<float> SaliencyMapTrivial::itsItoVcoeff [protected]

Coeff to go from current inputs to voltage outputs. Definition at line 275 of file SaliencyMap.H. Referenced by input().

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

• src/Neuro/SaliencyMap.H
• src/Neuro/SaliencyMap.C

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