Primitive base class. More...

#include <primitive.h>

Collaboration diagram for Ponca::PrimitiveBase< DataPoint, _NFilter, T >:

Public Types
using	Scalar = typename DataPoint::Scalar
	Inherited scalar type.

using	VectorType = typename DataPoint::VectorType
	Inherited vector type.

using	NeighborFilter = _NFilter
	Filter applied on each neighbor.

Public Member Functions
void	setNeighborFilter (const NeighborFilter &_nFilter)
	Init the WeightFunc, without changing the other internal states.

void	init ()
	Set the evaluation position and reset the internal states.

bool	isReady () const
	Is the primitive well fitted and ready to use (finalize has been called) ?

bool	isStable () const
	Is the fitted primitive ready to use (finalize has been called and the result is stable)

bool	needAnotherPass () const
	Is another pass required for fitting (finalize has been called and the result is NEED_OTHER_PASS)

int	getNumNeighbors () const
	Get number of points added in the neighborhood (with non negative weight)

Scalar	getWeightSum () const
	Get the sum of the weights.

void	startNewPass ()
	To be called when starting a new processing pass, ie.

const NeighborFilter &	getNeighborFilter () const
	Read access to the NeighborFilter.

FIT_RESULT	getCurrentState () const

bool	addLocalNeighbor (Scalar w, const VectorType &, const DataPoint &)
	Add a neighbor to perform the fit.

FIT_RESULT	finalize ()
	Finalize the procedure.

Protected Types
enum	{ PROVIDES_PRIMITIVE_BASE }

Protected Attributes
NeighborFilter	m_nFilter
	Neighborhood filter.

FIT_RESULT	m_eCurrentState {UNDEFINED}
	Represent the current state of the fit (finalize function update the state)

Detailed Description

template<class DataPoint, class _NFilter, typename T = void>
class Ponca::PrimitiveBase< DataPoint, _NFilter, T >

Primitive base class.

This class stores and provides public access to the fitting state, and must be inherited by classes implementing new primitives.

Note: This class should not be inherited explicitly: this is done by the #Basket class.

Definition at line 28 of file primitive.h.

Member Typedef Documentation

◆ NeighborFilter

template<class DataPoint , class _NFilter , typename T = void>

using Ponca::PrimitiveBase< DataPoint, _NFilter, T >::NeighborFilter = _NFilter

Filter applied on each neighbor.

Definition at line 38 of file primitive.h.

◆ Scalar

template<class DataPoint , class _NFilter , typename T = void>

using Ponca::PrimitiveBase< DataPoint, _NFilter, T >::Scalar = typename DataPoint::Scalar

Inherited scalar type.

Definition at line 36 of file primitive.h.

◆ VectorType

template<class DataPoint , class _NFilter , typename T = void>

using Ponca::PrimitiveBase< DataPoint, _NFilter, T >::VectorType = typename DataPoint::VectorType

Inherited vector type.

Definition at line 37 of file primitive.h.

Member Enumeration Documentation

◆ anonymous enum

template<class DataPoint , class _NFilter , typename T = void>

anonymous enum

protected

Enumerator
PROVIDES_PRIMITIVE_BASE	Provides base API for primitives.

Definition at line 31 of file primitive.h.

Member Function Documentation

◆ addLocalNeighbor()

template<class DataPoint , class _NFilter , typename T = void>

bool Ponca::PrimitiveBase< DataPoint, _NFilter, T >::addLocalNeighbor	(	Scalar	w,
		const VectorType &	,
		const DataPoint &
	)

inline

Add a neighbor to perform the fit.

Returns: false if param nei is not a valid neighbour (weight = 0)

Definition at line 112 of file primitive.h.

◆ finalize()

template<class DataPoint , class _NFilter , typename T = void>

FIT_RESULT Ponca::PrimitiveBase< DataPoint, _NFilter, T >::finalize ( )

inline

Finalize the procedure.

Returns: Fitting Status

Warning: Must be called be for any use of the fitting output

Definition at line 119 of file primitive.h.

◆ getCurrentState()

template<class DataPoint , class _NFilter , typename T = void>

FIT_RESULT Ponca::PrimitiveBase< DataPoint, _NFilter, T >::getCurrentState ( ) const

inline

Returns: the current test of the fit

Definition at line 106 of file primitive.h.

◆ getNeighborFilter()

template<class DataPoint , class _NFilter , typename T = void>

const NeighborFilter & Ponca::PrimitiveBase< DataPoint, _NFilter, T >::getNeighborFilter ( ) const

inline

Read access to the NeighborFilter.

See also: setNeighborFilter

Definition at line 99 of file primitive.h.

◆ getNumNeighbors()

template<class DataPoint , class _NFilter , typename T = void>

int Ponca::PrimitiveBase< DataPoint, _NFilter, T >::getNumNeighbors ( ) const

inline

Get number of points added in the neighborhood (with non negative weight)

Definition at line 87 of file primitive.h.

◆ getWeightSum()

template<class DataPoint , class _NFilter , typename T = void>

Scalar Ponca::PrimitiveBase< DataPoint, _NFilter, T >::getWeightSum ( ) const

inline

Get the sum of the weights.

Definition at line 90 of file primitive.h.

◆ init()

template<class DataPoint , class _NFilter , typename T = void>

void Ponca::PrimitiveBase< DataPoint, _NFilter, T >::init ( )

inline

Set the evaluation position and reset the internal states.

Warning: Must be called be for any computation (but after setNeighborFilter)

Definition at line 65 of file primitive.h.

◆ isReady()

template<class DataPoint , class _NFilter , typename T = void>

bool Ponca::PrimitiveBase< DataPoint, _NFilter, T >::isReady ( ) const

inline

Is the primitive well fitted and ready to use (finalize has been called) ?

Warning: The fit can be unstable (having neighbors between 3 and 6)

Definition at line 74 of file primitive.h.

◆ isStable()

template<class DataPoint , class _NFilter , typename T = void>

bool Ponca::PrimitiveBase< DataPoint, _NFilter, T >::isStable ( ) const

inline

Is the fitted primitive ready to use (finalize has been called and the result is stable)

Definition at line 80 of file primitive.h.

◆ needAnotherPass()

template<class DataPoint , class _NFilter , typename T = void>

bool Ponca::PrimitiveBase< DataPoint, _NFilter, T >::needAnotherPass ( ) const

inline

Is another pass required for fitting (finalize has been called and the result is NEED_OTHER_PASS)

See also: startNewPass

Definition at line 84 of file primitive.h.

◆ setNeighborFilter()

template<class DataPoint , class _NFilter , typename T = void>

void Ponca::PrimitiveBase< DataPoint, _NFilter, T >::setNeighborFilter ( const NeighborFilter & _nFilter )

inline

Init the WeightFunc, without changing the other internal states.

Calls startNewPass internally.

Warning: Must be called be for any computation (and before init).

See also: getWeightFunc

Definition at line 60 of file primitive.h.

◆ startNewPass()

template<class DataPoint , class _NFilter , typename T = void>

void Ponca::PrimitiveBase< DataPoint, _NFilter, T >::startNewPass ( )

inline

To be called when starting a new processing pass, ie.

when getCurrentState()==#NEED_ANOTHER_PASS

Definition at line 93 of file primitive.h.

Member Data Documentation

◆ m_eCurrentState

template<class DataPoint , class _NFilter , typename T = void>

FIT_RESULT Ponca::PrimitiveBase< DataPoint, _NFilter, T >::m_eCurrentState {UNDEFINED}

protected

Represent the current state of the fit (finalize function update the state)

Definition at line 53 of file primitive.h.

◆ m_nFilter

template<class DataPoint , class _NFilter , typename T = void>

NeighborFilter Ponca::PrimitiveBase< DataPoint, _NFilter, T >::m_nFilter

protected

Neighborhood filter.

Definition at line 49 of file primitive.h.

Public Types

Public Member Functions

Protected Types

Protected Attributes

Detailed Description

Member Typedef Documentation

◆ NeighborFilter

◆ Scalar

◆ VectorType

Member Enumeration Documentation

◆ anonymous enum

Member Function Documentation

◆ addLocalNeighbor()

◆ finalize()

◆ getCurrentState()

◆ getNeighborFilter()

◆ getNumNeighbors()

◆ getWeightSum()

◆ init()

◆ isReady()

◆ isStable()

◆ needAnotherPass()

◆ setNeighborFilter()

◆ startNewPass()

Member Data Documentation

◆ m_eCurrentState

◆ m_nFilter