Template specialization of the evaluator for the weighted figure of merit based on the t-value projection-dependent merit in the case of unilevel nets. More...

#include <TValueTransformedProjMerit.h>

Inherits NetBuilder::FigureOfMerit::CBCFigureOfMeritEvaluator.

Public Member Functions
	WeightedFigureOfMeritEvaluator (WeightedFigureOfMerit< TValueProjMerit< EmbeddingType::UNILEVEL, GaussMethod > > *figure)
	WeightedFigureOfMeritEvaluator (WeightedFigureOfMerit< TValueProjMerit< EmbeddingType::MULTILEVEL, GaussMethod > > *figure)
	WeightedFigureOfMeritEvaluator (WeightedFigureOfMerit< TValueProjMerit< EmbeddingType::UNILEVEL, SchmidMethod > > *figure)
	WeightedFigureOfMeritEvaluator (WeightedFigureOfMerit< TValueProjMerit< EmbeddingType::MULTILEVEL, SchmidMethod > > *figure)
	WeightedFigureOfMeritEvaluator (WeightedFigureOfMerit< TValueTransformedProjMerit< EmbeddingType::UNILEVEL, GaussMethod > > *figure)
	WeightedFigureOfMeritEvaluator (WeightedFigureOfMerit< TValueTransformedProjMerit< EmbeddingType::MULTILEVEL, GaussMethod > > *figure)
	WeightedFigureOfMeritEvaluator (WeightedFigureOfMerit< TValueTransformedProjMerit< EmbeddingType::UNILEVEL, SchmidMethod > > *figure)
	WeightedFigureOfMeritEvaluator (WeightedFigureOfMerit< TValueTransformedProjMerit< EmbeddingType::MULTILEVEL, SchmidMethod > > *figure)
	WeightedFigureOfMeritEvaluator (WeightedFigureOfMerit *figure)
	Constructs the evaluator.
virtual MeritValue	operator() (const AbstractDigitalNet &net, Dimension dimension, MeritValue initialValue, int verbose=0) override
	Computes the figure of merit for the given `net` for the given `dimension` (partial computation), starting from the initial value `initialValue`.
virtual void	reset () override
	Resets the evaluator and prepare it to evaluate a new net.
virtual void	prepareForNextDimension () override
	Tells the evaluator that no more net will be evaluate for the current dimension, store information about the best net for the dimension which is over and prepare data structures for the next dimension.
virtual void	lastNetWasBest () override
	Tells the evaluator that the last net was the best so far and store the relevant information.
Public Member Functions inherited from NetBuilder::FigureOfMerit::CBCFigureOfMeritEvaluator
virtual MeritValue	operator() (const AbstractDigitalNet &net, int verbose=0) override
	inheritDoc}
Public Member Functions inherited from NetBuilder::FigureOfMerit::FigureOfMeritEvaluator
virtual	~FigureOfMeritEvaluator ()=default
	Default virtual destructor.
	FigureOfMeritEvaluator ()
	Constructor.
OnProgress &	onProgress () const
	Progress signal.
OnAbort &	onAbort () const
	Abort signal.

Additional Inherited Members
Public Types inherited from NetBuilder::FigureOfMerit::FigureOfMeritEvaluator
typedef boost::signals2::signal< bool(const MeritValue &), LatBuilder::Functor::AllOf >	OnProgress
typedef boost::signals2::signal< void(const AbstractDigitalNet &)>	OnAbort

Detailed Description

template<typename PROJDEP>
class NetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator

Template specialization of the evaluator for the weighted figure of merit based on the t-value projection-dependent merit in the case of unilevel nets.

Class which describes how the figure of merit is computed.

Template specialization of the evaluator for the weighted figure of merit based on the transformed t-value projection-dependent merit in the case of multilevel nets.

Template specialization of the evaluator for the weighted figure of merit based on the transformed t-value projection-dependent merit in the case of unilevel nets.

Template specialization of the evaluator for the weighted figure of merit based on the t-value projection-dependent merit in the case of multilevel nets.

Member Function Documentation

◆ lastNetWasBest()

template<typename PROJDEP>

virtual void NetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator::lastNetWasBest ( )

inlineoverridevirtual

Tells the evaluator that the last net was the best so far and store the relevant information.

Implements NetBuilder::FigureOfMerit::CBCFigureOfMeritEvaluator.

◆ operator()()

template<typename PROJDEP>

virtual MeritValue NetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator::operator()	(	const AbstractDigitalNet &	net,
		Dimension	dimension,
		MeritValue	initialValue,
		int	verbose = 0 )

inlineoverridevirtual

Computes the figure of merit for the given net for the given dimension (partial computation), starting from the initial value initialValue.

Parameters

net	Net to evaluate.
dimension	Dimension to compute.
initialValue	Initial value of the merit.
verbose	Verbosity level.

Implements NetBuilder::FigureOfMerit::CBCFigureOfMeritEvaluator.

References NetBuilder::FigureOfMerit::FigureOfMeritEvaluator::onAbort(), and NetBuilder::FigureOfMerit::FigureOfMeritEvaluator::onProgress().

◆ prepareForNextDimension()

template<typename PROJDEP>

virtual void NetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator::prepareForNextDimension ( )

inlineoverridevirtual

Tells the evaluator that no more net will be evaluate for the current dimension, store information about the best net for the dimension which is over and prepare data structures for the next dimension.

Implements NetBuilder::FigureOfMerit::CBCFigureOfMeritEvaluator.

◆ reset()

template<typename PROJDEP>

virtual void NetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator::reset ( )

inlineoverridevirtual

Resets the evaluator and prepare it to evaluate a new net.

Implements NetBuilder::FigureOfMerit::FigureOfMeritEvaluator.

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

include/netbuilder/FigureOfMerit/TValueProjMerit.h
include/netbuilder/FigureOfMerit/WeightedFigureOfMerit.h
include/netbuilder/FigureOfMerit/TValueTransformedProjMerit.h

Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ lastNetWasBest()

◆ operator()()

◆ prepareForNextDimension()

◆ reset()