The ambisonic binaural decoder. More...

#include <Hoa_Decoder.hpp>

Inheritance diagram for DecoderBinaural< Hoa2d, T >:

Public Member Functions
	DecoderBinaural (const size_t order) hoa_noexcept
	The binaural decoder constructor. More...

Decoder< Hoa2d, T >::Mode	getMode () const hoa_noexcept hoa_override
	This method retrieves the mode of the decoder. More...

	~DecoderBinaural () hoa_noexcept
	The binaural decoder destructor. More...

void	setCropSize (const size_t size) hoa_noexcept
	This method sets the crop size of the responses. More...

size_t	getCropSize () const hoa_noexcept
	This method gets the crop size of the responses. More...

void	prepare (const size_t vectorsize=64) hoa_override
	This method computes the decoding matrix. More...

void	processBlock (const T inputs, T outputs) hoa_noexcept
	This method performs the binaural decoding and the convolution.

void	process (const T inputs, T outputs) hoa_noexcept hoa_override
	This method performs the decoding. More...

Public Member Functions inherited from Decoder< Hoa2d, T >
	Decoder (const size_t order, const size_t numberOfPlanewaves) hoa_noexcept
	The decoder constructor. More...

virtual	~Decoder ()
	The destructor. More...

Public Member Functions inherited from ProcessorHarmonics< Hoa2d, T >
	ProcessorHarmonics (const size_t order) hoa_noexcept
	The harmonics constructor. More...

virtual	~ProcessorHarmonics () hoa_noexcept
	The harmonics destructor.

size_t	getDecompositionOrder () const hoa_noexcept
	Returns the order of decomposition.

size_t	getNumberOfHarmonics () const hoa_noexcept
	Returns the number of harmonics.

size_t	getHarmonicDegree (const size_t index) const hoa_noexcept
	Returns the degree of an harmonic. More...

long	getHarmonicOrder (const size_t index) const hoa_noexcept
	Returns the azimuthal order of an harmonic. More...

size_t	getHarmonicIndex (const size_t degree, const long order) const hoa_noexcept
	Returns the index of an harmonic given the degree and the azimuthal order. More...

std::string	getHarmonicName (const size_t index) const hoa_noexcept
	Returns the name of an harmonic. More...

T	getHarmonicNormalization (const size_t index) const hoa_noexcept
	Returns the normalization of an harmonic. More...

T	getHarmonicSemiNormalization (const size_t index) const hoa_noexcept
	Returns the semi-normalization of an harmonic. More...

Public Member Functions inherited from Processor< D, T >
virtual	~Processor () hoa_noexcept
	The destructor.

Public Member Functions inherited from ProcessorPlanewaves< Hoa2d, T >
	ProcessorPlanewaves (const size_t nplws) hoa_noexcept
	The planewaves constructor. More...

virtual	~ProcessorPlanewaves () hoa_noexcept
	The planewaves destructor.

size_t	getNumberOfPlanewaves () const hoa_noexcept
	Returns the number of planewaves.

void	setPlanewavesRotation (const T x_axe, const T y_axe, const T z_axe) hoa_noexcept
	Sets the global rotation of the planewaves. More...

T	getPlanewavesRotationX () const hoa_noexcept
	Returns the angle of rotation around the x axis in radian of the planewaves.

T	getPlanewavesRotationY () const hoa_noexcept
	Returns the angle of rotation around the y axis in radian of the planewaves.

T	getPlanewavesRotationZ () const hoa_noexcept
	Returns the angle of rotation around the z axis in radian of the planewaves.

size_t	getPlanewaveIndex (const size_t index) hoa_noexcept
	Returns the index of a planewave.

void	setPlanewaveAzimuth (const size_t index, const T azimuth) hoa_noexcept
	Sets the azimuth of a planewave in radian. More...

void	setPlanewaveElevation (const size_t index, const T elevation) hoa_noexcept
	Sets the azimuth of a planewave in radian. More...

T	getPlanewaveAzimuth (const size_t index, const bool rotation=true) const hoa_noexcept
	Returns the azimuth of a planewave. More...

T	getPlanewaveElevation (const size_t index, const bool rotation=true) const hoa_noexcept
	Returns the elevation of a planewave. More...

T	getPlanewaveAbscissa (const size_t index, const bool rotation=true) const hoa_noexcept
	Returns the abscissa of a planewave. More...

T	getPlanewaveOrdinate (const size_t index, const bool rotation=true) const hoa_noexcept
	Returns the ordinate of a planewave. More...

T	getPlanewaveHeight (const size_t index, const bool rotation=true) const hoa_noexcept
	Returns the height of a planewave. More...

std::string	getPlanewaveName (const size_t index) const hoa_noexcept
	Retruns the name for a planewave. More...

Detailed Description

template<typename T>
class hoa::DecoderBinaural< Hoa2d, T >

The ambisonic binaural decoder.

The binaural decoder should be used to decode an ambisonic sound field for headphones.

Definition at line 496 of file Hoa_Decoder.hpp.

Constructor & Destructor Documentation

DecoderBinaural ( const size_t order )

inline

The binaural decoder constructor.

The binaural decoder constructor allocates and initialize the member values to the decoding matrix depending on a order of decomposition and a number of channels. The order and the number of channels must be at least 1.

Parameters

order The order

Definition at line 519 of file Hoa_Decoder.hpp.

~DecoderBinaural ( )

inline

The binaural decoder destructor.

The binaural decoder destructor free the memory.

Definition at line 540 of file Hoa_Decoder.hpp.

Member Function Documentation

Decoder<Hoa2d, T>::Mode getMode ( ) const

inlinevirtual

This method retrieves the mode of the decoder.

Returns: The mode of the decoder.

Reimplemented from Decoder< Hoa2d, T >.

Definition at line 535 of file Hoa_Decoder.hpp.

void setCropSize ( const size_t size )

inline

This method sets the crop size of the responses.

Parameters

size	The crop size.

Definition at line 549 of file Hoa_Decoder.hpp.

size_t getCropSize ( ) const

inline

This method gets the crop size of the responses.

Returns: The crop size.

Definition at line 561 of file Hoa_Decoder.hpp.

void prepare ( const size_t vectorsize = 64 )

inlinevirtual

This method computes the decoding matrix.

You should use this method after changing the position of the loudspeakers.

Parameters

vectorsize The vector size for binaural decoding.

Implements Decoder< Hoa2d, T >.

Definition at line 577 of file Hoa_Decoder.hpp.

void process	(	const T *	inputs,
		T *	outputs
	)

inlinevirtual

This method performs the decoding.

You should use this method for in-place or not-in-place processing and sample by sample. The inputs array contains the spherical harmonics samples and the minimum size must be the number of harmonics and the outputs array contains the channels samples and the minimum size must be the number of channels.

Parameters

inputs	The input array that contains the samples of the harmonics.
outputs	The output array that contains samples destinated to the channels.

Implements Decoder< Hoa2d, T >.

Definition at line 617 of file Hoa_Decoder.hpp.

Public Member Functions

Detailed Description

template<typename T> class hoa::DecoderBinaural< Hoa2d, T >

Constructor & Destructor Documentation

Member Function Documentation

template<typename T>
class hoa::DecoderBinaural< Hoa2d, T >