RetinotopicOrientationConnectionPredicate Class Reference

Predicate for generating retinotopic connections (with orientation tuning). More...

#include <RetinotopicOrientationConnectionPredicate.h>

Inheritance diagram for RetinotopicOrientationConnectionPredicate:

Collaboration diagram for RetinotopicOrientationConnectionPredicate:

List of all members.

Public Member Functions

RetinotopicOrientationConnectionPredicate (double C, int max_input_syn, int src_shape_x, int src_shape_y, double src_scale, RandomDistribution &nsub, RandomDistribution &phi, RandomDistribution &f, double aspectratio_min, double aspectratio_max)

virtual void init (SimObjectPopulation const &src, SimObjectPopulation const &dst, RandomEngine *rnd)

This function will be called to tell the decision predicate about the source and destination poulation.

virtual bool decide (size_t src, size_t dst, RandomEngine *rnd)

It seems that this dummy implementation is needed for Py++ in order to be able to exclude (not exposed to python).

~RetinotopicOrientationConnectionPredicate ()

Detailed Description

Predicate for generating retinotopic connections (with orientation tuning).

Definition at line 34 of file RetinotopicOrientationConnectionPredicate.h.

Constructor & Destructor Documentation

RetinotopicOrientationConnectionPredicate::RetinotopicOrientationConnectionPredicate	(	double	C,
		int	max_input_syn,
		int	src_shape_x,
		int	src_shape_y,
		double	src_scale,
		RandomDistribution &	nsub,
		RandomDistribution &	phi,
		RandomDistribution &	f,
		double	aspectratio_min,
		double	aspectratio_max
	)

Definition at line 20 of file RetinotopicOrientationConnectionPredicate.cpp.

RetinotopicOrientationConnectionPredicate::~RetinotopicOrientationConnectionPredicate ( ) [inline]

Definition at line 57 of file RetinotopicOrientationConnectionPredicate.h.

Member Function Documentation

void RetinotopicOrientationConnectionPredicate::init	(	SimObjectPopulation const &	src,
		SimObjectPopulation const &	dst,
		RandomEngine *	rnd
	)			`[virtual]`

This function will be called to tell the decision predicate about the source and destination poulation.

This is a generic implementation which checks the actual type of the src and dst populations and stores references to the populations in the two protected members m_sourcePopulation and m_destinationPopulation.

Reimplemented from ConnectionDecisionPredicateSpecialization< AugmentedSpatialPopulation, AugmentedSpatialPopulation >.

Definition at line 49 of file RetinotopicOrientationConnectionPredicate.cpp.

References Point2DDistance< T >::diff(), SimObjectAttributes::get(), AugmentedSpatialPopulation::getAttributes(), SpatialSimObjectPopulation::getLocation(), ConnectionDecisionPredicateSpecialization< AugmentedSpatialPopulation, AugmentedSpatialPopulation >::init(), ConnectionDecisionPredicateSpecialization< AugmentedSpatialPopulation, AugmentedSpatialPopulation >::m_destinationPopulation, ConnectionDecisionPredicateSpecialization< AugmentedSpatialPopulation, AugmentedSpatialPopulation >::m_sourcePopulation, min, Point2D< T >::rotate(), SimObjectPopulation::size(), Point2D< T >::x(), and Point2D< T >::y().

Here is the call graph for this function:

virtual bool RetinotopicOrientationConnectionPredicate::decide	(	size_t	src,
		size_t	dst,
		RandomEngine *	rnd
	)			`[inline, virtual]`

It seems that this dummy implementation is needed for Py++ in order to be able to exclude (not exposed to python).

Reimplemented from ConnectionDecisionPredicateSpecialization< AugmentedSpatialPopulation, AugmentedSpatialPopulation >.

Definition at line 50 of file RetinotopicOrientationConnectionPredicate.h.

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

/home/tnatschl/PCSIM-Sandbox/pcsim/pcsim/construction/RetinotopicOrientationConnectionPredicate.h
/home/tnatschl/PCSIM-Sandbox/pcsim/pcsim/construction/RetinotopicOrientationConnectionPredicate.cpp


Public Member Functions
	RetinotopicOrientationConnectionPredicate (double C, int max_input_syn, int src_shape_x, int src_shape_y, double src_scale, RandomDistribution &nsub, RandomDistribution &phi, RandomDistribution &f, double aspectratio_min, double aspectratio_max)
virtual void	init (SimObjectPopulation const &src, SimObjectPopulation const &dst, RandomEngine *rnd)
	This function will be called to tell the decision predicate about the source and destination poulation.
virtual bool	decide (size_t src, size_t dst, RandomEngine *rnd)
	It seems that this dummy implementation is needed for `Py++` in order to be able to exclude (not exposed to python).
	~RetinotopicOrientationConnectionPredicate ()