Interface class for edge models used in dense graphical models. More...

#include <IEdgeModel.h>

Inheritance diagram for DirectGraphicalModels::IEdgeModel:

Public Member Functions
	IEdgeModel (void)=default

	IEdgeModel (const IEdgeModel &)=delete

virtual	~IEdgeModel (void)=default

const IEdgeModel &	operator= (const IEdgeModel &)=delete

virtual void	apply (const Mat &src, Mat &dst) const =0
	Applies an edge model to the node potentials of a dense graph. More...

Detailed Description

Interface class for edge models used in dense graphical models.

Author: Sergey G. Kosov, serge.nosp@m.y.ko.nosp@m.sov@p.nosp@m.roje.nosp@m.ct-10.nosp@m..de

Definition at line 14 of file IEdgeModel.h.

Constructor & Destructor Documentation

◆ IEdgeModel() [1/2]

DirectGraphicalModels::IEdgeModel::IEdgeModel ( void )

default

◆ IEdgeModel() [2/2]

DirectGraphicalModels::IEdgeModel::IEdgeModel ( const IEdgeModel & )

delete

◆ ~IEdgeModel()

virtual DirectGraphicalModels::IEdgeModel::~IEdgeModel ( void )

virtualdefault

Member Function Documentation

◆ apply()

virtual void DirectGraphicalModels::IEdgeModel::apply	(	const Mat &	src,
		Mat &	dst
	)		const

pure virtual

Applies an edge model to the node potentials of a dense graph.

This function subsequently (in terms of multiple iterations and multiple models) applies an edge model derived from this class to the node potentials provided via src argument and stores the result into the dst.

Parameters

[in]	src	The dense graph node potentials in form Mat(size: nNodes x nStates; type: CV_32FC1)
[out]	dst	The reference to the container for resulting node potentials. Resulting matrix will be the same size and type as the input one: Mat(size: nNodes x nStates; type: CV_32FC1)

Implemented in DirectGraphicalModels::CEdgeModelPotts.

◆ operator=()

const IEdgeModel& DirectGraphicalModels::IEdgeModel::operator= ( const IEdgeModel & )