This class implements the abstract data object which will be specialized for both data modes toggled by tUseIndices. More...

Public Types
typedef StaticBuffer< T, tDimension >	Observation
	Definition of an observation object. More...

typedef size_t	DataIndex
	Definition of an index that addresses one specific observation element in the data object that stores all observations. More...

typedef std::vector< DataIndex >	DataIndices
	Definition of a vector holding indices to the data object. More...

typedef StaticBuffer< T, tDimension >	Observation
	Definition of an observation object. More...

typedef size_t	DataIndex
	Definition of an index that addresses one specific observation element in the data object that stores all observations. More...

typedef std::vector< DataIndex >	DataIndices
	Definition of a vector holding indices to the data object. More...

Public Member Functions
	Data ()=default
	Creates a new empty data object. More...

	Data (const Observation *observations, const size_t numberObservations, const bool copyObservations=false)
	Creates a new data object by observations lying in a joined memory block as array. More...

	Data (Data< T, tDimension > &&data) noexcept
	Move constructor for an data object. More...

const Observation &	observation (const DataIndex &dataIndex) const
	Returns one specific observation of this data object specified by the data-index of this observation. More...

size_t	numberObservations () const
	Returns the number of observations that are stored by this data object. More...

bool	isValidDataIndex (const DataIndex &dataIndex) const
	Returns whether a given data-index is valid and has a corresponding observation stored in this data object. More...

const Observation &	operator[] (const DataIndex &dataIndex) const
	Returns one specific observation of this data object specified by the data-index of this observation. More...

Data< T, tDimension > &	operator= (Data< T, tDimension > &&data) noexcept
	Move operator. More...

	operator bool () const
	Returns whether this data object holds at least one observation. More...

	Data ()=default
	Creates a new empty data object. More...

	Data (const Observation **observationPointers, const size_t numberObservations, const bool copyPointers=false)
	Creates a new data object by observations lying at individual memory positions. More...

	Data (Data< T, tDimension > &&data) noexcept
	Move constructor for an data object. More...

const Observation &	observation (const DataIndex &dataIndex) const
	Returns one specific observation of this data object specified by the data-index of this observation. More...

size_t	numberObservations () const
	Returns the number of observations that are stored by this data object. More...

bool	isValidDataIndex (const DataIndex &dataIndex) const
	Returns whether a given data-index is valid and has a corresponding observation stored in this data object. More...

const Observation &	operator[] (const DataIndex &dataIndex) const
	Returns one specific observation of this data object specified by the data-index of this observation. More...

Data< T, tDimension > &	operator= (Data< T, tDimension > &&data) noexcept
	Move operator. More...

	operator bool () const
	Returns whether this data object holds at least one observation. More...

	Data (const Observation *observations, const size_t numberObservations, const bool copyObservations)

	Data (Data< T, tDimension > &&data) noexcept

const Clustering< true >::Data< T, tDimension >::Observation &	observation (const DataIndex &dataIndex) const

size_t	numberObservations () const

bool	isValidDataIndex (const DataIndex &dataIndex) const

const Clustering< true >::Data< T, tDimension >::Observation &	operator[] (const DataIndex &dataIndex) const

Clustering< true >::Data< T, tDimension > &	operator= (Data< T, tDimension > &&data) noexcept

	operator bool () const

	Data (const Observation **observationPointers, const size_t numberObservations, const bool copyPointers)

	Data (Data< T, tDimension > &&data) noexcept

const Clustering< false >::Data< T, tDimension >::Observation &	observation (const DataIndex &dataIndex) const

size_t	numberObservations () const

bool	isValidDataIndex (const DataIndex &dataIndex) const

const Clustering< false >::Data< T, tDimension >::Observation &	operator[] (const DataIndex &dataIndex) const

Clustering< false >::Data< T, tDimension > &	operator= (Data< T, tDimension > &&data) noexcept

	operator bool () const

Protected Attributes
std::vector< Observation >	copyObservations_
	The optional observations that are stored as copy. More...

const Observation *	observations_ = nullptr
	The observation objects of this data object. More...

size_t	numberObservations_ = 0
	The number of observation elements of this data object. More...

std::vector< const Observation * >	copyObservationPointers_
	The optional observation pointers that are stored as copy. More...

const Observation **	observationPointers_ = nullptr
	The observation pointers of this data object. More...

Detailed Description

template<bool tUseIndices>
template<typename T, size_t tDimension>
class Ocean::Clustering< tUseIndices >::Data< T, tDimension >

This class implements the abstract data object which will be specialized for both data modes toggled by tUseIndices.

Specialization for Clustering<true>::Data<T, tDimension>.

Template Parameters

T	The data type of each element of an observation
tDimension	The dimension of each observation (the number of elements in each observation), with range [1, infinity)

This data class implements the first data mode of the clustering class identifying observations by their indices.

Template Parameters

T	The data type of each element of an observation
tDimension	The dimension of each observation (the number of elements in each observation), with range [1, infinity)

This data class implements the second data mode of the clustering class identifying observations by their pointers.

Template Parameters

T	The data type of each element of an observation
tDimension	The dimension of each observation (the number of elements in each observation), with range [1, infinity)

Member Typedef Documentation

◆ DataIndex [1/2]

template<bool tUseIndices>

template<typename T , size_t tDimension>

typedef size_t Ocean::Clustering< tUseIndices >::Data< T, tDimension >::DataIndex

Definition of an index that addresses one specific observation element in the data object that stores all observations.

◆ DataIndex [2/2]

template<bool tUseIndices>

template<typename T , size_t tDimension>

typedef size_t Ocean::Clustering< tUseIndices >::Data< T, tDimension >::DataIndex

Definition of an index that addresses one specific observation element in the data object that stores all observations.

◆ DataIndices [1/2]

template<bool tUseIndices>

template<typename T , size_t tDimension>

typedef std::vector<DataIndex> Ocean::Clustering< tUseIndices >::Data< T, tDimension >::DataIndices

Definition of a vector holding indices to the data object.

◆ DataIndices [2/2]

template<bool tUseIndices>

template<typename T , size_t tDimension>

typedef std::vector<DataIndex> Ocean::Clustering< tUseIndices >::Data< T, tDimension >::DataIndices

Definition of a vector holding indices to the data object.

◆ Observation [1/2]

template<bool tUseIndices>

template<typename T , size_t tDimension>

typedef StaticBuffer<T, tDimension> Ocean::Clustering< tUseIndices >::Data< T, tDimension >::Observation

Definition of an observation object.

◆ Observation [2/2]

template<bool tUseIndices>

template<typename T , size_t tDimension>

typedef StaticBuffer<T, tDimension> Ocean::Clustering< tUseIndices >::Data< T, tDimension >::Observation

Definition of an observation object.

Constructor & Destructor Documentation

◆ Data() [1/10]

template<bool tUseIndices>

template<typename T , size_t tDimension>

Ocean::Clustering< tUseIndices >::Data< T, tDimension >::Data ( )

default

Creates a new empty data object.

◆ Data() [2/10]

template<bool tUseIndices>

template<typename T , size_t tDimension>

Ocean::Clustering< tUseIndices >::Data< T, tDimension >::Data	(	const Observation *	observations,
		const size_t	numberObservations,
		const bool	copyObservations = `false`
	)

Creates a new data object by observations lying in a joined memory block as array.

Due to performance issues: The given observations can be copied or used directly without any memory copy.
Beware: If no copy of the observations is created, the given observations must exist as long as this data object (or the corresponding clustering object) exists.

Parameters

observations	The first observation in the given joined memory block
numberObservations	The number of observations that are provided, with range [1, infinity)
copyObservations	True, to copy the given observations; False, to simply use the given observations as reference

◆ Data() [3/10]

template<bool tUseIndices>

template<typename T , size_t tDimension>

Ocean::Clustering< tUseIndices >::Data< T, tDimension >::Data ( Data< T, tDimension > && data )

inlinenoexcept

Move constructor for an data object.

Parameters

data	The data object to be moved

◆ Data() [4/10]

template<bool tUseIndices>

template<typename T , size_t tDimension>

Ocean::Clustering< tUseIndices >::Data< T, tDimension >::Data ( )

default

Creates a new empty data object.

◆ Data() [5/10]

template<bool tUseIndices>

template<typename T , size_t tDimension>

Ocean::Clustering< tUseIndices >::Data< T, tDimension >::Data	(	const Observation **	observationPointers,
		const size_t	numberObservations,
		const bool	copyPointers = `false`
	)

Creates a new data object by observations lying at individual memory positions.

Due to performance issues: The given observation !pointers! can be copied or used directly without any copy.
Beware: If no copy of the observation pointers is created, the given observation pointers must exist as long as this data object (or the corresponding clustering object) exists.
Beware: In any case, the observations (not the pointers) must exist as long as this data object (or the corresponding clustering object) exists.

Parameters

observationPointers	The first pointer of the observations
numberObservations	The number of observations/pointers that are provided, with range [1, infinity)
copyPointers	True, to copy the given observation pointers (not the observations); False, to simply use the given observation pointers as reference

◆ Data() [6/10]

template<bool tUseIndices>

template<typename T , size_t tDimension>

Ocean::Clustering< tUseIndices >::Data< T, tDimension >::Data ( Data< T, tDimension > && data )

inlinenoexcept

Move constructor for an data object.

Parameters

data	The data object to be moved

◆ Data() [7/10]

Ocean::Clustering::Data< T, tDimension >::Data	(	const Observation *	observations,
		const size_t	numberObservations,
		const bool	copyObservations
	)

◆ Data() [8/10]

Ocean::Clustering::Data< T, tDimension >::Data ( Data< T, tDimension > && data )

inlinenoexcept

◆ Data() [9/10]

Ocean::Clustering::Data< T, tDimension >::Data	(	const Observation **	observationPointers,
		const size_t	numberObservations,
		const bool	copyPointers
	)

◆ Data() [10/10]

Ocean::Clustering::Data< T, tDimension >::Data ( Data< T, tDimension > && data )

inlinenoexcept

Member Function Documentation

◆ isValidDataIndex() [1/4]

template<bool tUseIndices>

template<typename T , size_t tDimension>

bool Ocean::Clustering< tUseIndices >::Data< T, tDimension >::isValidDataIndex ( const DataIndex & dataIndex ) const

inline

Returns whether a given data-index is valid and has a corresponding observation stored in this data object.

Parameters

dataIndex The data-index that will be checked

Returns: True, if so

◆ isValidDataIndex() [2/4]

template<bool tUseIndices>

template<typename T , size_t tDimension>

bool Ocean::Clustering< tUseIndices >::Data< T, tDimension >::isValidDataIndex ( const DataIndex & dataIndex ) const

inline

Returns whether a given data-index is valid and has a corresponding observation stored in this data object.

Parameters

dataIndex The data-index that will be checked

Returns: True, if so

◆ isValidDataIndex() [3/4]

bool Ocean::Clustering::Data< T, tDimension >::isValidDataIndex ( const DataIndex & dataIndex ) const

inline

◆ isValidDataIndex() [4/4]

bool Ocean::Clustering::Data< T, tDimension >::isValidDataIndex ( const DataIndex & dataIndex ) const

inline

◆ numberObservations() [1/4]

template<bool tUseIndices>

template<typename T , size_t tDimension>

size_t Ocean::Clustering< tUseIndices >::Data< T, tDimension >::numberObservations ( ) const

inline

Returns the number of observations that are stored by this data object.

Returns: Number of observations

◆ numberObservations() [2/4]

template<bool tUseIndices>

template<typename T , size_t tDimension>

size_t Ocean::Clustering< tUseIndices >::Data< T, tDimension >::numberObservations ( ) const

inline

Returns the number of observations that are stored by this data object.

Returns: Number of observations

◆ numberObservations() [3/4]

size_t Ocean::Clustering::Data< T, tDimension >::numberObservations ( ) const

inline

◆ numberObservations() [4/4]

size_t Ocean::Clustering::Data< T, tDimension >::numberObservations ( ) const

inline

◆ observation() [1/4]

template<bool tUseIndices>

template<typename T , size_t tDimension>

const Observation& Ocean::Clustering< tUseIndices >::Data< T, tDimension >::observation ( const DataIndex & dataIndex ) const

inline

Returns one specific observation of this data object specified by the data-index of this observation.

Parameters

dataIndex The data-index of the observation that will be returned, ensure that the given data-index is valid

Returns: The specified observation

See also: isValidDataIndex().

◆ observation() [2/4]

template<bool tUseIndices>

template<typename T , size_t tDimension>

const Observation& Ocean::Clustering< tUseIndices >::Data< T, tDimension >::observation ( const DataIndex & dataIndex ) const

inline

Returns one specific observation of this data object specified by the data-index of this observation.

Parameters

dataIndex The data-index of the observation that will be returned, ensure that the given data-index is valid

Returns: The specified observation

See also: isValidDataIndex().

◆ observation() [3/4]

const Clustering< true >::Data< T, tDimension >::Observation & Ocean::Clustering::Data< T, tDimension >::observation ( const DataIndex & dataIndex ) const

inline

◆ observation() [4/4]

const Clustering< false >::Data< T, tDimension >::Observation & Ocean::Clustering::Data< T, tDimension >::observation ( const DataIndex & dataIndex ) const

inline

◆ operator bool() [1/4]

template<bool tUseIndices>

template<typename T , size_t tDimension>

Ocean::Clustering< tUseIndices >::Data< T, tDimension >::operator bool ( ) const

inlineexplicit

Returns whether this data object holds at least one observation.

Returns: True, if so

◆ operator bool() [2/4]

template<bool tUseIndices>

template<typename T , size_t tDimension>

Ocean::Clustering< tUseIndices >::Data< T, tDimension >::operator bool ( ) const

inlineexplicit

Returns whether this data object holds at least one observation.

Returns: True, if so

◆ operator bool() [3/4]

Ocean::Clustering::Data< T, tDimension >::operator bool ( ) const

inline

◆ operator bool() [4/4]

Ocean::Clustering::Data< T, tDimension >::operator bool ( ) const

inline

◆ operator=() [1/4]

template<bool tUseIndices>

template<typename T , size_t tDimension>

Data<T, tDimension>& Ocean::Clustering< tUseIndices >::Data< T, tDimension >::operator= ( Data< T, tDimension > && data )

inlinenoexcept

Move operator.

Parameters

data	The data object that will be moved to this object.

Returns: Reference to this object.

◆ operator=() [2/4]

template<bool tUseIndices>

template<typename T , size_t tDimension>

Data<T, tDimension>& Ocean::Clustering< tUseIndices >::Data< T, tDimension >::operator= ( Data< T, tDimension > && data )

inlinenoexcept

Move operator.

Parameters

data	The data object that will be moved to this object.

Returns: Reference to this object.

◆ operator=() [3/4]

Clustering< true >::Data< T, tDimension > & Ocean::Clustering::Data< T, tDimension >::operator= ( Data< T, tDimension > && data )

inlinenoexcept

◆ operator=() [4/4]

Clustering< false >::Data< T, tDimension > & Ocean::Clustering::Data< T, tDimension >::operator= ( Data< T, tDimension > && data )

inlinenoexcept

◆ operator[]() [1/4]

template<bool tUseIndices>

template<typename T , size_t tDimension>

const Observation& Ocean::Clustering< tUseIndices >::Data< T, tDimension >::operator[] ( const DataIndex & dataIndex ) const

inline

Returns one specific observation of this data object specified by the data-index of this observation.

Parameters

dataIndex The data-index of the observation that will be returned, ensure that the given data-index is valid

Returns: The specified observation

See also: isValidDataIndex(), observation()..

◆ operator[]() [2/4]

template<bool tUseIndices>

template<typename T , size_t tDimension>

const Observation& Ocean::Clustering< tUseIndices >::Data< T, tDimension >::operator[] ( const DataIndex & dataIndex ) const

inline

Returns one specific observation of this data object specified by the data-index of this observation.

Parameters

dataIndex The data-index of the observation that will be returned, ensure that the given data-index is valid

Returns: The specified observation

See also: isValidDataIndex(), observation()..

◆ operator[]() [3/4]

const Clustering< true >::Data< T, tDimension >::Observation & Ocean::Clustering::Data< T, tDimension >::operator[] ( const DataIndex & dataIndex ) const

inline

◆ operator[]() [4/4]

const Clustering< false >::Data< T, tDimension >::Observation & Ocean::Clustering::Data< T, tDimension >::operator[] ( const DataIndex & dataIndex ) const

inline

Field Documentation

◆ copyObservationPointers_

template<bool tUseIndices>

template<typename T , size_t tDimension>

std::vector<const Observation*> Ocean::Clustering< tUseIndices >::Data< T, tDimension >::copyObservationPointers_

protected

The optional observation pointers that are stored as copy.

◆ copyObservations_

template<bool tUseIndices>

template<typename T , size_t tDimension>

std::vector<Observation> Ocean::Clustering< tUseIndices >::Data< T, tDimension >::copyObservations_

protected

The optional observations that are stored as copy.

◆ numberObservations_

template<bool tUseIndices>

template<typename T , size_t tDimension>

size_t Ocean::Clustering< tUseIndices >::Data< T, tDimension >::numberObservations_ = 0

protected

The number of observation elements of this data object.

◆ observationPointers_

template<bool tUseIndices>

template<typename T , size_t tDimension>

const Observation** Ocean::Clustering< tUseIndices >::Data< T, tDimension >::observationPointers_ = nullptr

protected

The observation pointers of this data object.

◆ observations_

template<bool tUseIndices>

template<typename T , size_t tDimension>

const Observation* Ocean::Clustering< tUseIndices >::Data< T, tDimension >::observations_ = nullptr

protected

The observation objects of this data object.

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

ClusteringKMeans.h

Public Types

Public Member Functions

Protected Attributes

Detailed Description

template<bool tUseIndices> template<typename T, size_t tDimension> class Ocean::Clustering< tUseIndices >::Data< T, tDimension >

Member Typedef Documentation

◆ DataIndex [1/2]

◆ DataIndex [2/2]

◆ DataIndices [1/2]

◆ DataIndices [2/2]

◆ Observation [1/2]

◆ Observation [2/2]

Constructor & Destructor Documentation

◆ Data() [1/10]

◆ Data() [2/10]

◆ Data() [3/10]

◆ Data() [4/10]

◆ Data() [5/10]

◆ Data() [6/10]

◆ Data() [7/10]

◆ Data() [8/10]

◆ Data() [9/10]

◆ Data() [10/10]

Member Function Documentation

◆ isValidDataIndex() [1/4]

◆ isValidDataIndex() [2/4]

◆ isValidDataIndex() [3/4]

◆ isValidDataIndex() [4/4]

◆ numberObservations() [1/4]

◆ numberObservations() [2/4]

◆ numberObservations() [3/4]

◆ numberObservations() [4/4]

◆ observation() [1/4]

◆ observation() [2/4]

◆ observation() [3/4]

◆ observation() [4/4]

◆ operator bool() [1/4]

◆ operator bool() [2/4]

◆ operator bool() [3/4]

◆ operator bool() [4/4]

◆ operator=() [1/4]

◆ operator=() [2/4]

◆ operator=() [3/4]

◆ operator=() [4/4]

◆ operator[]() [1/4]

◆ operator[]() [2/4]

◆ operator[]() [3/4]

◆ operator[]() [4/4]

Field Documentation

◆ copyObservationPointers_

◆ copyObservations_

◆ numberObservations_

◆ observationPointers_

◆ observations_

template<bool tUseIndices>
template<typename T, size_t tDimension>
class Ocean::Clustering< tUseIndices >::Data< T, tDimension >