Public Member Functions
	LocalMultiFilter1D (unsigned maxDegree, const OrthoPolyFilter1DBuilder &filterBuilder, unsigned dataLen)

	LocalMultiFilter1D (const LocalMultiFilter1D &)

LocalMultiFilter1D &	operator= (const LocalMultiFilter1D &)

bool	operator== (const LocalMultiFilter1D &r) const

bool	operator!= (const LocalMultiFilter1D &r) const

unsigned	maxDegree () const

unsigned	dataLen () const

const PolyFilter1D &	getFilter (unsigned degree, unsigned binNumber) const

template<typename Tin , typename Tout >
void	filter (unsigned degree, const Tin in, unsigned dataLen, Tout out) const

template<typename Tin , typename Tout >
void	convolve (unsigned degree, const Tin in, unsigned dataLen, Tout out) const

Matrix< double >	getFilterMatrix (unsigned degree) const

gs::ClassId	classId () const

bool	write (std::ostream &os) const

Static Public Member Functions
static const char *	classname ()

static unsigned	version ()

static LocalMultiFilter1D *	read (const gs::ClassId &id, std::istream &in)

Constructor & Destructor Documentation

◆ LocalMultiFilter1D()

npstat::LocalMultiFilter1D::LocalMultiFilter1D	(	unsigned	maxDegree,
		const OrthoPolyFilter1DBuilder &	filterBuilder,
		unsigned	dataLen
	)

Main constructor. The arguments are as follows:

maxDegree – Maximum degree of the polynomials.

filterBuilder – An instance of a class which actually builds the filters when requested. This builder is used only inside the constructor.

dataLen – The length of the data arrays which will be used with this filter (this info is needed in order to take into account the boundary effects).

Member Function Documentation

◆ convolve()

template<typename Tin , typename Tout >

void npstat::LocalMultiFilter1D::convolve	(	unsigned	degree,
		const Tin *	in,
		unsigned	dataLen,
		Tout *	out
	)		const

A diffent filtering method in which the shapes of the kernels are determined by the positions of the "sources" (i.e., sample points) instead of the positions at which the density (or response) is estimated.

◆ filter()

template<typename Tin , typename Tout >

void npstat::LocalMultiFilter1D::filter	(	unsigned	degree,
		const Tin *	in,
		unsigned	dataLen,
		Tout *	out
	)		const

This method performs the filtering. "dataLen", which is the length of both "in" and "out" arrays, must be the same as the one in the constructor.

◆ getFilter()

const PolyFilter1D& npstat::LocalMultiFilter1D::getFilter	(	unsigned	degree,
		unsigned	binNumber
	)		const

Get the filter coefficients for the given bin

◆ getFilterMatrix()

Matrix<double> npstat::LocalMultiFilter1D::getFilterMatrix ( unsigned degree ) const

Generate the complete (non-sparse) representation of the filter. It will be a generalized stochastic matrix (each row sums to 1).

◆ maxDegree()

unsigned npstat::LocalMultiFilter1D::maxDegree ( ) const

inline

Inspect object properties

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

stat/LocalMultiFilter1D.hh

Public Member Functions

Static Public Member Functions