VectorIndex Class Reference

This class abstracts all the index logics, i.e. the logical differences between single indices and indices described by a vector. More...

#include <structures.hpp>

Collaboration diagram for VectorIndex:

Public Types
enum	{ INVALID = -1 , OPEN_END = -2 , STRING = -3 }

Public Member Functions
	VectorIndex ()
	Default constructor. More...
	VectorIndex (const VectorIndex &vIndex)
	Copy constructor. More...
	VectorIndex (VectorIndex &&vIndex)
	VectorIndex move constructor. More...
	VectorIndex (const mu::value_type *indices, int nResults, int unused)
	Constructor from an array of doubles. The third argument is used only to avoid misinterpretation from the compiler. More...
	VectorIndex (int nStart, int nEnd=INVALID)
	Constructor for single indices. More...
	VectorIndex (const std::vector< int > &vIndex)
	Constructor from a STL vector. More...
VectorIndex &	operator= (const VectorIndex &vIndex)
	Assignment operator overload for the same type. More...
VectorIndex &	operator= (const std::vector< int > &vIndex)
	Assignment operator overload for STL vectors. More...
VectorIndex	subidx (size_t pos, size_t nLen=std::string::npos) const
	This member function returns a subset of the internal stored index just like the std::string::substr() member function. More...
void	linearize ()
	This member function linearizes the contents of a vector-described index set. The vectorial information is lost after using this function and the index will be described by single indices constructed from the minimal and maximal index values. More...
int	operator[] (size_t n) const
	Overload for the access operator. Redirects the control to the private getIndex() member function. More...
size_t	size () const
	This member function returns the size of the indices stored in this class. More...
size_t	numberOfNodes () const
	This member function returns the number of nodes describing the index set, which is stored internally. More...
bool	isOrdered () const
	This member function determines, whether the single indices are in the correct order. More...
bool	isExpanded () const
	This member function determines, whether the indices are calculated or actual vectorial indices. More...
void	setIndex (size_t nthIndex, int nVal)
	This member function can be used to set the index at a special position. This will expand the internal storage and switch from single indices to vectorial ones automatically. More...
void	push_back (int nVal)
	This function will append the passed index value at the end of the index vector. The internal storage is expanded first, if necessary. More...
void	append (const std::vector< int > &vVector)
	This function will append the passed vector to the end of the index vector. The internal storage is expanded first, if necessary. More...
void	append (const VectorIndex &vIndex)
	This function will append the passed VectorIndex to the end of the index vector. The internal storage is expanded first, if necessary. This function is an overload for convenience. More...
void	prepend (const std::vector< int > &vVector)
	This function will prepend the passed vector before the beginning of the index vector. The internal storage is expanded first, if necessary. More...
void	prepend (const VectorIndex &vIndex)
	This function will append the passed VectorIndex before the beginning of the index vector. The internal storage is expanded first, if necessary. This function is an overload for convenience. More...
std::vector< int >	getVector () const
	This member function returns a STL vector, which will resemble the indices stored internally. This includes that the single indices are expanded in the returned vector. More...
int	max () const
	This function calculates the maximal index value obtained from the values stored internally. More...
int	min () const
	This member function calculates the minimal index value obtained from the values stored internally. More...
bool	isValid () const
	This member function determines, whether the internal index set is valid. More...
bool	isOpenEnd () const
	This member function determines, whether the internal index set has an open end. More...
bool	isString () const
	This member function determines, whether the internal index set referres to the table headlines. More...
int &	front ()
	This member function returns a reference to the first index value stored internally. More...
int &	back ()
	This member function returns a reference to the final index value stored internally. More...
const int &	front () const
	This member function returns a const reference to the first index value stored internally. More...
const int &	back () const
	This member function returns a const reference to the final index value stored internally. More...
int	last () const
	This member function returns the last index value, which can be reached by the values stored internally (this is most probably different from the final value). More...
void	setRange (int nMin, int nMax)
	This member function can be used to force the indices stored internally to be in a defined interval. If the values are already in a smaller interval, nothing happens. More...
void	setOpenEndIndex (int nLast) const
	This member function can be used to replace the open end state with a defined index value although the VectorIndex instance was passed as const ref. More...
std::string	to_string () const
	This member function converts the vector indexes contents into a human-readable string representation. More...

Private Member Functions
int	getIndex (size_t n) const
	This private memnber function calculates the index corresponding to the selected position n. Otherwise simply return the n-th vector index. More...

Private Attributes
std::vector< int >	vStorage
bool	expand

Detailed Description

This class abstracts all the index logics, i.e. the logical differences between single indices and indices described by a vector.

Definition at line 41 of file structures.hpp.

Member Enumeration Documentation

anonymous enum

anonymous enum

Enumerator
INVALID
OPEN_END
STRING

Definition at line 89 of file structures.hpp.

Constructor & Destructor Documentation

VectorIndex() [1/6]

VectorIndex::VectorIndex ( )

inline

Default constructor.

Definition at line 101 of file structures.hpp.

References expand, INVALID, and vStorage.

Referenced by subidx().

VectorIndex() [2/6]

VectorIndex::VectorIndex ( const VectorIndex &  vIndex )

inline

Copy constructor.

Parameters

vIndex

const VectorIndex&

Definition at line 113 of file structures.hpp.

VectorIndex() [3/6]

VectorIndex::VectorIndex ( VectorIndex &&  vIndex )

inline

VectorIndex move constructor.

Parameters

vIndex

VectorIndex&&

Definition at line 123 of file structures.hpp.

References vStorage.

VectorIndex() [4/6]

VectorIndex::VectorIndex ( const mu::value_type *  indices, int  nResults, int  unused  )

inline

Constructor from an array of doubles. The third argument is used only to avoid misinterpretation from the compiler.

Parameters

indices	const mu::value_type*
nResults	int
unused	int

Definition at line 138 of file structures.hpp.

References expand, intCast(), mu::isinf(), mu::isnan(), mu::real(), and vStorage.

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VectorIndex() [5/6]

VectorIndex::VectorIndex ( int  nStart, int  nEnd = INVALID  )

inline

Constructor for single indices.

Parameters

nStart	int
nEnd	int

Definition at line 158 of file structures.hpp.

References expand, and vStorage.

VectorIndex() [6/6]

VectorIndex::VectorIndex ( const std::vector< int > &  vIndex )

inline

Constructor from a STL vector.

Parameters

vIndex

const std::vector<int>&

Definition at line 170 of file structures.hpp.

References expand, INVALID, and vStorage.

Member Function Documentation

append() [1/2]

void VectorIndex::append ( const std::vector< int > &  vVector )

inline

This function will append the passed vector to the end of the index vector. The internal storage is expanded first, if necessary.

Parameters

vVector

const std::vector<int>&

Returns

void

Definition at line 451 of file structures.hpp.

References expand, getVector(), and vStorage.

Referenced by append(), matrixFilter(), and Memory::smooth().

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append() [2/2]

void VectorIndex::append ( const VectorIndex &  vIndex )

inline

This function will append the passed VectorIndex to the end of the index vector. The internal storage is expanded first, if necessary. This function is an overload for convenience.

Parameters

vIndex

const VectorIndex&

Returns

void

Definition at line 473 of file structures.hpp.

References append(), expand, getVector(), and vStorage.

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back() [1/2]

int & VectorIndex::back ( )

inline

This member function returns a reference to the final index value stored internally.

Returns

int&

Definition at line 653 of file structures.hpp.

References vStorage.

Referenced by NumeRe::StringFuncHandler::applySpecialStringFuncs(), evaluateTargetOptionInCommand(), getDataForFit(), NumeRe::StringParser::getDataForString(), getIndices(), sortClusters(), sortStrings(), and NumeRe::StringParser::storeStringToDataObjects().

back() [2/2]

const int & VectorIndex::back ( ) const

inline

This member function returns a const reference to the final index value stored internally.

Returns

const int&

Definition at line 679 of file structures.hpp.

References vStorage.

front() [1/2]

int & VectorIndex::front ( )

inline

This member function returns a reference to the first index value stored internally.

Returns

int&

Definition at line 640 of file structures.hpp.

References vStorage.

Referenced by NumeRe::StringFuncHandler::applySpecialStringFuncs(), NumeRe::Cluster::assignResults(), NumeRe::Cluster::assignVectorResults(), boneDetection(), calculate1dFFT(), calculate2dFFT(), cmd_delete(), createDatagrid(), createHist1D(), createOutputForHist1D(), createOutputForHist2D(), ValueColumn::deleteElements(), DateTimeColumn::deleteElements(), LogicalColumn::deleteElements(), StringColumn::deleteElements(), CategoricalColumn::deleteElements(), differentiate(), DataAccessParser::evalIndices(), evaluateTargetOptionInCommand(), evaluateTransposeForDataOperation(), Plot::extractDataValues(), extractRange(), fastWaveletTransform(), Memory::findValidBoundary(), getDataForFit(), NumeRe::StringParser::getDataForString(), getDataFromObject(), getIndices(), handleArgumentForIndices(), handleIndexVectors(), handleSingleCasualIndex(), Memory::importTable(), StringMemory::maxString(), StringMemory::minString(), performMatrixOperation(), readAudioFile(), readImage(), replaceDataEntities(), Memory::resample(), Memory::retouch2D(), seekInAudioFile(), shortTimeFourierAnalysis(), Memory::smooth(), Memory::smoothingWindow1D(), Memory::smoothingWindow2D(), Odesolver::solve(), sortClusters(), sortData(), sortStrings(), NumeRe::StringParser::storeStringToDataObjects(), NumeRe::StringParser::storeStringToStringObject(), StringMemory::sumString(), writeAudioFile(), Memory::writeData(), and Memory::writeSingletonData().

front() [2/2]

const int & VectorIndex::front ( ) const

inline

This member function returns a const reference to the first index value stored internally.

Returns

const int&

Definition at line 666 of file structures.hpp.

References vStorage.

getIndex()

int VectorIndex::getIndex ( size_t  n ) const

inlineprivate

This private memnber function calculates the index corresponding to the selected position n. Otherwise simply return the n-th vector index.

Parameters

n

size_t

Returns

int

Definition at line 57 of file structures.hpp.

References expand, INVALID, OPEN_END, and vStorage.

Referenced by getVector(), operator[](), subidx(), and to_string().

getVector()

std::vector< int > VectorIndex::getVector ( ) const

inline

This member function returns a STL vector, which will resemble the indices stored internally. This includes that the single indices are expanded in the returned vector.

Returns

std::vector<int>

Definition at line 531 of file structures.hpp.

References expand, getIndex(), size(), and vStorage.

Referenced by append(), prepend(), push_back(), and Memory::smooth().

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isExpanded()

bool VectorIndex::isExpanded ( ) const

inline

This member function determines, whether the indices are calculated or actual vectorial indices.

Returns

bool

Definition at line 377 of file structures.hpp.

References expand.

Referenced by Memory::and_func(), Memory::calculateStats(), Memory::cmp(), Memory::copyElementsInto(), ValueColumn::deleteElements(), DateTimeColumn::deleteElements(), LogicalColumn::deleteElements(), StringColumn::deleteElements(), CategoricalColumn::deleteElements(), getDataForFit(), Memory::med(), Memory::or_func(), Memory::pct(), Memory::readMem(), Memory::readMemAsString(), Memory::readMixedMem(), and Memory::xor_func().

isOpenEnd()

bool VectorIndex::isOpenEnd ( ) const

inline

This member function determines, whether the internal index set has an open end.

Returns

bool

Definition at line 614 of file structures.hpp.

References OPEN_END, and vStorage.

Referenced by NumeRe::StringFuncHandler::applySpecialStringFuncs(), NumeRe::Cluster::assignResults(), boneDetection(), FlowCtrl::calc(), calculate1dFFT(), calculate2dFFT(), cmd_retouch(), FlowCtrl::compile(), createDatagrid(), differentiate(), DataAccessParser::evalIndices(), evalMatOp(), evaluateIndices(), evaluateTransposeForDataOperation(), expandStringIndexVectors(), Plot::extractDataValues(), extractRange(), fastWaveletTransform(), MemoryManager::getColElements(), getDataForFit(), NumeRe::StringParser::getDataForString(), getIndicesForPlotAndFit(), getMatrixElements(), getSamplesForDatagrid(), handleCachedDataAccess(), NumeReKernel::MainLoop(), max(), StringMemory::maxString(), min(), StringMemory::minString(), Procedure::ProcCalc(), readImage(), replaceDataEntities(), Memory::resample(), Memory::retouch(), searchAndDeleteCluster(), searchAndDeleteTable(), shortTimeFourierAnalysis(), Memory::smooth(), Odesolver::solve(), sortClusters(), sortStrings(), NumeRe::StringParser::storeStringToDataObjects(), NumeRe::StringParser::storeStringToStringObject(), StringMemory::sumString(), writeAudioFile(), Memory::writeData(), and Memory::writeSingletonData().

isOrdered()

bool VectorIndex::isOrdered ( ) const

inline

This member function determines, whether the single indices are in the correct order.

This function won't return correct results for already expanded vectors.

Returns

bool

Definition at line 361 of file structures.hpp.

References INVALID, isValid(), OPEN_END, and vStorage.

Referenced by Memory::and_func(), Memory::calculateStats(), Memory::cmp(), Memory::copyElementsInto(), Memory::med(), Memory::or_func(), Memory::pct(), Memory::readMem(), Memory::readMemAsString(), Memory::readMixedMem(), and Memory::xor_func().

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isString()

bool VectorIndex::isString ( ) const

inline

This member function determines, whether the internal index set referres to the table headlines.

Returns

bool

Definition at line 627 of file structures.hpp.

References STRING, and vStorage.

Referenced by replaceDataEntities(), and NumeRe::StringParser::storeStringToDataObjects().

isValid()

bool VectorIndex::isValid ( ) const

inline

This member function determines, whether the internal index set is valid.

Returns

bool

Definition at line 601 of file structures.hpp.

References INVALID, and vStorage.

Referenced by expandIndexVectors(), NumeRe::StringParser::getDataForString(), handleCasualIndices(), isOrdered(), isValidIndexSet(), numberOfNodes(), Memory::resample(), Memory::retouch(), size(), Memory::smooth(), and NumeRe::StringParser::storeStringToStringObject().

last()

int VectorIndex::last ( ) const

inline

This member function returns the last index value, which can be reached by the values stored internally (this is most probably different from the final value).

Returns

int

Definition at line 693 of file structures.hpp.

References expand, INVALID, and vStorage.

Referenced by NumeRe::StringFuncHandler::applySpecialStringFuncs(), createOutputForHist1D(), createOutputForHist2D(), ValueColumn::deleteElements(), DateTimeColumn::deleteElements(), LogicalColumn::deleteElements(), StringColumn::deleteElements(), CategoricalColumn::deleteElements(), Plot::extractDataValues(), extractRange(), Memory::findValidBoundary(), getDataForFit(), StringMemory::maxString(), StringMemory::minString(), Memory::resample(), Memory::retouch2D(), Memory::smooth(), sortData(), and StringMemory::sumString().

linearize()

void VectorIndex::linearize ( )

inline

This member function linearizes the contents of a vector-described index set. The vectorial information is lost after using this function and the index will be described by single indices constructed from the minimal and maximal index values.

Returns

void

Definition at line 276 of file structures.hpp.

References expand, max(), min(), and vStorage.

Referenced by NumeRe::StringFuncHandler::applySpecialStringFuncs(), Memory::resample(), and Memory::retouch().

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max()

int VectorIndex::max ( ) const

inline

This function calculates the maximal index value obtained from the values stored internally.

Returns

int

Definition at line 558 of file structures.hpp.

References expand, isOpenEnd(), max, OPEN_END, and vStorage.

Referenced by Memory::importTable(), linearize(), performMatrixOperation(), readAudioFile(), readImage(), rotateTable(), seekInAudioFile(), and shortTimeFourierAnalysis().

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min()

int VectorIndex::min ( ) const

inline

This member function calculates the minimal index value obtained from the values stored internally.

Returns

int

Definition at line 576 of file structures.hpp.

References expand, isOpenEnd(), min, and vStorage.

Referenced by Memory::deleteBulk(), linearize(), readAudioFile(), and readImage().

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numberOfNodes()

size_t VectorIndex::numberOfNodes ( ) const

inline

This member function returns the number of nodes describing the index set, which is stored internally.

This is used in cases, where the indices will be interpreted slightly different than in the usual cases.

Returns

size_t

Definition at line 340 of file structures.hpp.

References INVALID, isValid(), and vStorage.

Referenced by Plot::extractDataValues(), extractRange(), getIndicesForPlotAndFit(), and handleArgumentForIndices().

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operator=() [1/2]

VectorIndex & VectorIndex::operator= ( const std::vector< int > &  vIndex )

inline

Assignment operator overload for STL vectors.

Parameters

vIndex

const std::vector<int>&

Returns

VectorIndex&

Definition at line 207 of file structures.hpp.

References expand, and vStorage.

operator=() [2/2]

VectorIndex & VectorIndex::operator= ( const VectorIndex &  vIndex )

inline

Assignment operator overload for the same type.

Parameters

vIndex

const VectorIndex&

Returns

VectorIndex&

Definition at line 192 of file structures.hpp.

References expand, and vStorage.

operator[]()

int VectorIndex::operator[] ( size_t  n ) const

inline

Overload for the access operator. Redirects the control to the private getIndex() member function.

Parameters

n

size_t

Returns

int

Definition at line 298 of file structures.hpp.

References getIndex().

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prepend() [1/2]

void VectorIndex::prepend ( const std::vector< int > &  vVector )

inline

This function will prepend the passed vector before the beginning of the index vector. The internal storage is expanded first, if necessary.

Parameters

vVector

const std::vector<int>&

Returns

void

Definition at line 491 of file structures.hpp.

References expand, getVector(), and vStorage.

Referenced by Plot::extractDataValues(), matrixFilter(), prepend(), and Memory::smooth().

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prepend() [2/2]

void VectorIndex::prepend ( const VectorIndex &  vIndex )

inline

This function will append the passed VectorIndex before the beginning of the index vector. The internal storage is expanded first, if necessary. This function is an overload for convenience.

Parameters

vIndex

const VectorIndex&

Returns

void

Definition at line 513 of file structures.hpp.

References expand, getVector(), prepend(), and vStorage.

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push_back()

void VectorIndex::push_back ( int  nVal )

inline

This function will append the passed index value at the end of the index vector. The internal storage is expanded first, if necessary.

Parameters

nVal

int

Returns

void

Definition at line 430 of file structures.hpp.

References expand, getVector(), and vStorage.

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setIndex()

void VectorIndex::setIndex ( size_t  nthIndex, int  nVal  )

inline

This member function can be used to set the index at a special position. This will expand the internal storage and switch from single indices to vectorial ones automatically.

Parameters

nthIndex	size_t
nVal	int

Returns

void

Definition at line 394 of file structures.hpp.

References expand, INVALID, OPEN_END, and vStorage.

Referenced by getIndices(), handleCasualIndices(), and handleSingleCasualIndex().

setOpenEndIndex()

void VectorIndex::setOpenEndIndex ( int  nLast ) const

inline

This member function can be used to replace the open end state with a defined index value although the VectorIndex instance was passed as const ref.

Parameters

nLast

int

Returns

void

Definition at line 756 of file structures.hpp.

References OPEN_END, and vStorage.

Referenced by Memory::and_func(), NumeRe::Cluster::assignVectorResults(), boneDetection(), Memory::cmp(), Memory::cnt(), Memory::convertColumns(), ValueColumn::copy(), DateTimeColumn::copy(), LogicalColumn::copy(), StringColumn::copy(), CategoricalColumn::copy(), Memory::deleteBulk(), ValueColumn::deleteElements(), DateTimeColumn::deleteElements(), LogicalColumn::deleteElements(), StringColumn::deleteElements(), CategoricalColumn::deleteElements(), Memory::extractRange(), Memory::extractTable(), MemoryManager::getColElements(), Memory::getCovariance(), Memory::getOneWayAnova(), Memory::getPearsonCorr(), Memory::getRank(), Memory::getSpearmanCorr(), TableColumn::getValue(), TableColumn::getValueAsInternalString(), TableColumn::getValueAsString(), Memory::getZScore(), Memory::importTable(), Memory::max(), Memory::maxpos(), Memory::med(), Memory::min(), Memory::minpos(), Memory::norm(), Memory::num(), Memory::or_func(), Memory::pct(), Memory::prd(), rotateTable(), Memory::setCategories(), Memory::size(), Memory::std(), Memory::sum(), Memory::writeData(), Memory::writeSingletonData(), and Memory::xor_func().

setRange()

void VectorIndex::setRange ( int  nMin, int  nMax  )

inline

This member function can be used to force the indices stored internally to be in a defined interval. If the values are already in a smaller interval, nothing happens.

Parameters

nMin	int
nMax	int

Returns

void

Definition at line 712 of file structures.hpp.

References INVALID, OPEN_END, and vStorage.

Referenced by NumeRe::StringFuncHandler::applySpecialStringFuncs(), boneDetection(), calculate1dFFT(), calculate2dFFT(), cmd_retouch(), createDatagrid(), differentiate(), DataAccessParser::evalIndices(), evalMatOp(), evaluateIndices(), expandStringIndexVectors(), Plot::extractDataValues(), extractRange(), fastWaveletTransform(), getDataForFit(), NumeRe::StringParser::getDataForString(), getMatrixElements(), getSamplesForDatagrid(), handleCachedDataAccess(), StringMemory::maxString(), StringMemory::minString(), readImage(), replaceDataEntities(), Memory::resample(), Memory::retouch(), searchAndDeleteCluster(), searchAndDeleteTable(), shortTimeFourierAnalysis(), Memory::smooth(), Odesolver::solve(), sortClusters(), sortStrings(), NumeRe::StringParser::storeStringToDataObjects(), NumeRe::StringParser::storeStringToStringObject(), StringMemory::sumString(), and writeAudioFile().

size()

size_t VectorIndex::size ( ) const

inline

This member function returns the size of the indices stored in this class.

It will return either the size of the stored vectorial indices or the calculated size for expanded single indices.

Returns

size_t

Definition at line 314 of file structures.hpp.

References date::abs(), expand, INVALID, isValid(), OPEN_END, and vStorage.

Referenced by NumeRe::Cluster::and_func(), Memory::and_func(), NumeRe::StringFuncHandler::applySpecialStringFuncs(), NumeRe::Cluster::assignVectorResults(), NumeRe::Cluster::avg(), boneDetection(), calculate1dFFT(), calculate2dFFT(), calculateChiMap(), calculateDataForCenterPlot(), calculateHist1dData(), Memory::calculateStats(), calculateXYHist(), cmd_show(), MemoryManager::cmp(), Memory::cmp(), NumeRe::Cluster::cmp(), NumeRe::Cluster::cnt(), Memory::cnt(), Memory::convertColumns(), ValueColumn::copy(), DateTimeColumn::copy(), LogicalColumn::copy(), StringColumn::copy(), CategoricalColumn::copy(), Memory::copyElementsInto(), Memory::countIfEqual(), createDatagrid(), createHist1D(), createHist2D(), createOutputForHist2D(), Memory::deleteBulk(), ValueColumn::deleteElements(), DateTimeColumn::deleteElements(), LogicalColumn::deleteElements(), StringColumn::deleteElements(), CategoricalColumn::deleteElements(), NumeRe::Cluster::deleteItems(), differentiate(), evalMatOp(), evaluateFittingParams(), evaluateTransposeForDataOperation(), Plot::extractDataValues(), Memory::extractRange(), Memory::extractTable(), Memory::getCategoryList(), MemoryManager::getColElements(), Memory::getCovariance(), getDataForFit(), NumeRe::StringParser::getDataForString(), getDataFromObject(), Memory::getHeadLineElement(), getMatrixElements(), Memory::getPearsonCorr(), getSamplesForDatagrid(), Memory::getSpearmanCorr(), Memory::getType(), TableColumn::getValue(), TableColumn::getValueAsInternalString(), TableColumn::getValueAsString(), getVector(), Memory::getZScore(), Memory::importTable(), NumeRe::Cluster::insertDataInArray(), integrateSingleDimensionData(), NumeRe::Cluster::max(), Memory::max(), Memory::maxpos(), StringMemory::maxString(), NumeRe::Cluster::med(), Memory::med(), NumeRe::Cluster::min(), Memory::min(), Memory::minpos(), StringMemory::minString(), NumeRe::Cluster::norm(), Memory::norm(), NumeRe::Cluster::num(), Memory::num(), NumeRe::Cluster::or_func(), Memory::or_func(), parser_declareDataMatrixValuesForIndices(), MemoryManager::pct(), Memory::pct(), NumeRe::Cluster::pct(), performDataOperation(), plugin_histogram(), plugin_random(), plugin_statistics(), NumeRe::Cluster::prd(), Memory::prd(), readAudioFile(), Memory::readMem(), Memory::readMemAsMatrix(), Memory::readMemAsString(), Memory::readMixedMem(), replaceDataEntities(), Memory::resample(), MemoryManager::resolveMAF(), Memory::retouch(), Memory::retouch1D(), rotateTable(), seekInAudioFile(), Memory::setCategories(), TableColumn::setValue(), shortTimeFourierAnalysis(), Memory::size(), Memory::smooth(), Memory::smoothingWindow1D(), Memory::smoothingWindow2D(), Odesolver::solve(), NumeRe::Cluster::std(), Memory::std(), NumeRe::StringParser::storeStringToDataObjects(), NumeRe::StringParser::storeStringToStringObject(), NumeRe::Cluster::strmax(), NumeRe::Cluster::strmin(), NumeRe::Cluster::strsum(), subidx(), NumeRe::Cluster::sum(), Memory::sum(), StringMemory::sumString(), to_string(), writeAudioFile(), Memory::writeData(), Memory::writeSingletonData(), NumeRe::Cluster::xor_func(), and Memory::xor_func().

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subidx()

VectorIndex VectorIndex::subidx ( size_t  pos, size_t  nLen = std::string::npos  ) const

inline

This member function returns a subset of the internal stored index just like the std::string::substr() member function.

Single indices are not expanded therefore the storage space used for the newly created index won't be larger than the current one. However, already expanded indices will result in an expanded subindex vector.

Note

A length of 0 or 1 will both create a VectorIndex with only one valid entry (the first).

Parameters

pos	size_t
nLen	size_t

Returns

VectorIndex

Definition at line 238 of file structures.hpp.

References expand, getIndex(), size(), VectorIndex(), and vStorage.

Referenced by boneDetection(), createDatagrid(), createHist1D(), createHist2D(), Plot::extractDataValues(), Memory::getCovariance(), getDataForFit(), getDataGridDimensions(), Memory::getPearsonCorr(), Memory::getSpearmanCorr(), performMatrixOperation(), readAudioFile(), readImage(), replaceDataEntities(), Memory::resample(), Memory::retouch(), rotateTable(), seekInAudioFile(), shortTimeFourierAnalysis(), Memory::smooth(), and NumeRe::StringParser::storeStringToDataObjects().

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to_string()

std::string VectorIndex::to_string ( ) const

inline

This member function converts the vector indexes contents into a human-readable string representation.

Returns

std::string

Definition at line 770 of file structures.hpp.

References expand, getIndex(), INVALID, OPEN_END, size(), STRING, toString(), and vStorage.

Referenced by FlowCtrl::calc(), FlowCtrl::compile(), createDatagrid(), differentiate(), evaluateFittingParams(), evaluateTargetOptionInCommand(), expandIndexVectors(), Plot::extractDataValues(), getAccessParserForPlotAndFit(), DataAccessParser::getIndexString(), getMatrixElements(), getSamplesForDatagrid(), handleCachedDataAccess(), handleCasualIndices(), NumeReKernel::MainLoop(), performMatrixOperation(), Procedure::ProcCalc(), replaceDataEntities(), Memory::resample(), Memory::smooth(), and sortData().

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Member Data Documentation

expand

bool VectorIndex::expand

private

Definition at line 45 of file structures.hpp.

Referenced by append(), getIndex(), getVector(), isExpanded(), last(), linearize(), max(), min(), operator=(), prepend(), push_back(), setIndex(), size(), subidx(), to_string(), and VectorIndex().

vStorage

std::vector<int> VectorIndex::vStorage

mutableprivate

Definition at line 44 of file structures.hpp.

Referenced by append(), back(), front(), getIndex(), getVector(), isOpenEnd(), isOrdered(), isString(), isValid(), last(), linearize(), max(), min(), numberOfNodes(), operator=(), prepend(), push_back(), setIndex(), setOpenEndIndex(), setRange(), size(), subidx(), to_string(), and VectorIndex().

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

• D:/CPP/numere-source/trunk/kernel/core/structures.hpp