Class holding a set of DataPoint objects. More...

#include <DataSet.h>

Inheritance diagram for DataSet:

Public Types
using	value_type = std::vector< FourVector< double > >

Public Member Functions
	DataSet (const Model &m)
	Constructor.

bool	consistent (const DataPoint &d) const
	Check if data point is consisent with data set.

void	addEmptyDataPoints (size_t n)

const DataPoint	createDataPoint (const std::vector< FourVector< double > > &P, StatusManager &sm)

const DataPoint	createDataPoint (const std::vector< FourVector< double > > &P)

void	push_back (const std::vector< FourVector< double > > &P)

void	push_back (const DataPoint &d)

void	push_back (DataPoint &&d)

DataIterator	insert (DataIterator pos, const std::vector< FourVector< double > > &P)

DataIterator	insert (const DataIterator &pos, const DataPoint &d)

DataIterator	insert (const DataIterator &pos, DataPoint &&d)

void	clear ()
	clear the data set

void	pop_back ()

DataIterator	erase (const DataIterator &pos)

DataIterator	erase (const DataIterator &first, const DataIterator &last)

const DataIterator &	begin () const override

const DataIterator &	end () const override

DataPoint &	operator[] (size_t i)
	access by index

DataPoint &	at (size_t i)
	access by index (with check)

const DataPoint &	front () const
	access front

const DataPoint &	back () const
	access back

const unsigned	bytes () const

const size_t	size () const override

const size_t	max_size () const

const size_t	capacity () const

const bool	empty () const

void	reserve (size_t n)
	reserve storage space

void	shrink_to_fit ()
	call shrink to fit on DataPoints_

const Model *	model () const

Public Member Functions inherited from DataPartitionWeave
	DataPartitionWeave (const StatusManager &sm, DataPointVector::iterator begin, DataPointVector::iterator end, unsigned spacing)

virtual const DataIterator::difference_type	difference (const DataPointVector::iterator &lhs, const DataPointVector::iterator &rhs) const override

Public Member Functions inherited from DataPartition
virtual	~DataPartition ()=default
	virtual destructor (defaulted)

	DataPartition (const DataPartition &)=default
	copy constructor (defaulted)

	DataPartition (DataPartition &&)=default
	move constructor (defaulted)

DataPartition &	operator= (const DataPartition &)=default
	copy assignment operator (defaulted)

DataPartition &	operator= (DataPartition &&)=default
	move assignment operator (defaulted)

Public Member Functions inherited from StatusManager
	StatusManager (const DataAccessorSet &sDA)

template<class T >
void	set (const CachedValue &cdv, const T &stat)

template<class T >
void	set (const DataAccessor &da, const T &stat)

template<class T >
void	setAll (const T &stat)

void	copyCalculationStatuses (const StatusManager &sm)

CachedValue::Status &	status (size_t da_index, size_t cdv_index, size_t sym_index)

const CachedValue::Status &	status (size_t da_index, size_t cdv_index, size_t sym_index) const

CachedValue::Status &	status (const CachedValue &cdv, size_t sym_index)

const CachedValue::Status &	status (const CachedValue &cdv, size_t sym_index) const

Public Attributes
friend	DataPartition
	grant friend status to DataPartition to access non-const dataPoints()

Public Attributes inherited from DataPartition
friend	DataIterator
	grant friend status to DataIterator to call increment

Protected Member Functions
DataPointVector &	dataPoints ()
	non-const access to DataPoints_

Protected Member Functions inherited from DataPartitionBlock
	DataPartitionBlock (const StatusManager &sm, DataPointVector::iterator begin, DataPointVector::iterator end)

	DataPartitionBlock (const DataAccessorSet &sDA)

Protected Member Functions inherited from DataPartitionWeave
	DataPartitionWeave (const DataAccessorSet &sDA, unsigned spacing)

virtual DataIterator &	increment (DataIterator &it, DataIterator::difference_type n) const override

Protected Member Functions inherited from DataPartition
	DataPartition (const StatusManager &sm, DataPointVector::iterator begin, DataPointVector::iterator end)

	DataPartition (const DataAccessorSet &sDA)

DataPointVector::iterator &	rawIterator (DataIterator &it) const

const DataPointVector::iterator &	rawIterator (const DataIterator &it) const

DataIterator	dataIterator (DataPointVector::iterator it, const DataPartition *part) const

const DataIterator &	setBegin (DataPointVector::iterator it)
	set begin

const DataIterator &	setEnd (DataPointVector::iterator it)
	set end

Private Attributes
DataPointVector	DataPoints_
	vector of data points contained in set

const Model *	Model_
	Associated model.

Additional Inherited Members
Static Public Member Functions inherited from DataPartitionBlock
static DataPartitionVector	create (DataSet &dataSet, unsigned n)

static DataPartitionVector	createBySize (DataSet &dataSet, size_t s)

Static Public Member Functions inherited from DataPartitionWeave
static DataPartitionVector	create (DataSet &dataSet, unsigned n)

Static Protected Member Functions inherited from DataPartition
static DataPointVector::iterator	begin (DataSet &ds)
	get non-const begin from DataSet

static DataPointVector::iterator	end (DataSet &ds)
	get non-const end from DataSet

Protected Attributes inherited from DataPartitionWeave
unsigned	Spacing_
	spacing between data points for the weaving

Detailed Description

Class holding a set of DataPoint objects.

Author: Johannes Rauch, Daniel Greenwald

Member Typedef Documentation

value_type

needed by std::back_inserter and std::inserter

Member Function Documentation

void addEmptyDataPoints ( size_t n )

add empty data points

Parameters

n	number of points to add

const DataIterator& begin ( ) const

inlineoverridevirtual

Returns: iterator to front of set

Reimplemented from DataPartition.

const unsigned bytes ( ) const

Returns: size of data set in bytes

const size_t capacity ( ) const

inline

Returns: number of data points that can be held in currently allocated storage

const DataPoint createDataPoint	(	const std::vector< FourVector< double > > &	P,
		StatusManager &	sm
	)

creates a new #DataPoint and calls #Model::setFinalStateMomenta on it

Parameters

P	the momenta to be set
sm	StatusManager to use when calling #Model::setFinalStateMomenta

Returns: the created #DataPoint

const DataPoint createDataPoint ( const std::vector< FourVector< double > > & P )

inline

creates a new #DataPoint and #setFinalStateMomenta to P

Parameters

P	the momenta to be set

Returns: the created #DataPoint

const bool empty ( ) const

inline

Returns: whether DataPoints_ is empty

const DataIterator& end ( ) const

inlineoverridevirtual

Returns: iterator to end of set

Reimplemented from DataPartition.

DataIterator erase ( const DataIterator & pos )

inline

remove specified element from data set.

Warning: DataIterator's and DataPartition's referring to this DataSet will most likely be invalidated

Parameters

pos	iterator to element to remove

DataIterator erase	(	const DataIterator &	first,
		const DataIterator &	last
	)

remove specified elements from data set

Warning: DataIterator's and DataPartition's referring to this DataSet will most likely be invalidated

Parameters

first	iterator to first element to remove
last	iterator beyond last element to remove

DataIterator insert	(	DataIterator	pos,
		const std::vector< FourVector< double > > &	P
	)

inline

creates a DataPoint from a vector of FourVector's using createDataPoint and inserts it into the vector of DataPoint's at a specified position

Parameters

pos	DataIterator of position in DataSet to insert into
P	vector of FourVector to create DataPoint from

DataIterator insert	(	const DataIterator &	pos,
		const DataPoint &	d
	)

checks consistency of DataPoint and inserts it into vector of data points at specifief position

Parameters

pos	DataIterator of position in DataSet to insert into
d	DataPoint to copy into DataSet

DataIterator insert	(	const DataIterator &	pos,
		DataPoint &&	d
	)

checks consistency of DataPoint and inserts it into vector of data points at specifief position

Parameters

pos	DataIterator of position in DataSet to insert into
d	DataPoint to move into DataSet

const size_t max_size ( ) const

inline

Returns: maximum possible number data points that can be stored

const Model* model ( ) const

inline

Returns: raw pointer to associated model

void pop_back ( )

inline

removes last element added to data set

Warning: DataIterator's and DataPartition's referring to this DataSet will most likely be invalidated

void push_back ( const std::vector< FourVector< double > > & P )

inline

creates a DataPoint from a vector of FourVector's using createDataPoint and pushes it back in the vector data points

Parameters

P	vector of FourVector's to create DataPoint from

void push_back ( const DataPoint & d )

checks consistency of DataPoint, and pushes it back in the vector of data points

Parameters

d	DataPoint to copy into DataSet

void push_back ( DataPoint && d )

checks consistency of DataPoint, and pushes it back in the vector of data points

Parameters

d	DataPoint to move into DataSet

const size_t size ( ) const

inlineoverridevirtual

Returns: number of data points

Reimplemented from DataPartition.

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

/home/dgreenw/work/belle/YAP/include/DataSet.h
/home/dgreenw/work/belle/YAP/src/DataSet.cxx

Public Types

Public Member Functions

Public Attributes

Protected Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Member Typedef Documentation

Member Function Documentation