The class of sequential real/complex vector. More...

#include <sequential_vector.hpp>

Public Member Functions
	SequentialVectorClass ()
	The constructor of SequentialVectorClass. More...

	SequentialVectorClass (const SequentialVectorClass< T > &vec)
	The copy constructor of SequentialVectorClass. More...

	SequentialVectorClass (SequentialVectorClass< T > &&vec)
	The move constructor of SequentialVectorClass. More...

SequentialVectorClass< T > &	operator= (const SequentialVectorClass< T > &vec)
	The = operator of SequentialVectorClass. More...

SequentialVectorClass< T > &	operator= (SequentialVectorClass< T > &&vec)
	The = operator of SequentialVectorClass. More...

virtual	~SequentialVectorClass ()
	The destructor of SequentialVectorClass. More...

int	Setup (int length)
	Free the current vector, and malloc memory to initilize the vector. More...

int	Setup (int length, bool setzero)
	Free the current vector, and allocate memory to initilize the vector. More...

int	Setup (int length, int location, bool setzero)
	Free the current vector, and allocate memory at give location to initilize the vector. More...

int	Setup (int length, int reserve, int location, bool setzero)
	Free the current vector, and allocate memory at give location to initilize the vector. More...

int	SetupPtrStr (SequentialVectorClass< T > &x)
	Setup the length information of a vector pointer to be same as another vector. More...

int	SetupPtrStr (CsrMatrixClass< T > &A)
	Setup the length information of a vector pointer to be same as the number of rows in a CSR matrix. More...

int	SetupPtrStr (int length)
	Setup the length information of a vector pointer. More...

int	UpdatePtr (void *data, int location)
	Update the Ptr with new memory address, keep the current length information. Need to call SetupPtrStr first. More...

int	SetupPtr (void *data, int length, int location)
	Free the current vector, and points the vector to an address in the memory. More...

int	SetupPtr (void *data, int length, int location, bool hold_data)
	Free the current vector, and points the vector to an address in the memory. More...

int	SetupPtr (const VectorClass< T > &vec, int length, int shift)
	Free the current vector, and points the vector to a given VectorClass. More...

int	SetupPtr (const VectorClass< T > &vec, int length, int shift, bool hold_data)
	Free the current vector, and points the vector to a given VectorClass. More...

int	Copy (const T *data, int length, int loc_from, int loc_to)
	Free the current vector, allocate memory, and copy data to initilize this vector. More...

int	PushBack (T v)
	Insert value at the end of the vector, expand the vector when necessary. More...

int	Resize (int length, bool keepdata, bool setzero)
	Resize the vector. Re-allocate memory when necessary. More...

int	Resize (int length, int reserve, bool keepdata, bool setzero)
	Resize the vector. Re-allocate memory when necessary. More...

virtual T &	operator[] (int i)
	Get the reference of an index in the vector. More...

virtual int	Clear ()
	Free the current vector. More...

virtual T *	GetData () const
	Get the data pointer of the vector. More...

virtual int	GetDataLocation () const
	Get the data location of the vector. More...

virtual int	GetLengthLocal () const
	Get the local length of the vector. More...

virtual long int	GetLengthGlobal () const
	Get the global length of the vector. More...

virtual long int	GetStartGlobal () const
	Get the global start index of the vector. More...

bool	IsHoldingData () const
	Check if the vector holding its own data. More...

int	SetHoldingData (bool hold_data)
	Set if the vector holding its own data. More...

virtual int	Fill (const T &v)
	Fill the vector with constant value. More...

virtual int	Rand ()
	Fill the vector with random value. More...

T	Max () const
	Get the max value in the vector. More...

int	MaxIndex () const
	Get the index of the max value in the vector. More...

T	Min () const
	Get the min value in the vector. More...

int	MinIndex () const
	Get the index of the min value in the vector. More...

int	BinarySearch (const T &val, int &idx, bool ascending)
	Binary search between [s, e] inside an array. More...

int	Sort (bool ascending)
	Sort the current vector. More...

int	Sort (IntVectorClass< int > &order, bool ascending, bool stable)
	Get the order such that v[order] is in ascending or descending order. More...

int	Perm (IntVectorClass< int > &perm)
	Apply permutation to the current vector v := v(perm). More...

int	Plot (int conditiona, int conditionb, int width)
	Print the vector. More...

int	PlotAbsGnuPlot (const char *datafilename, int conditiona, int conditionb, bool logx, bool logy, int pttype=0)
	Print the absolute value of this vector using GnuPlot. More...

int	WriteToDisk (const char *datafilename)
	Write file to disk. More...

virtual int	Scale (const T &alpha)
	Scale the vector by x = alpha*x, where x is this vector. More...

virtual int	Axpy (const T &alpha, const VectorClass< T > &x)
	Compute y = alpha * x + y, where y is this vector. Currenlty we don't support x == y. More...

virtual int	Axpy (const T &alpha, const VectorClass< T > &x, VectorClass< T > &z)
	Compute z = alpha * x + y, where z is this vector. Currenlty we don't support x == y, x == z or y == z. More...

virtual int	Axpy (const T &alpha, const VectorClass< T > &x, const T &beta, VectorClass< T > &z)
	Compute z = alpha * x + beta * y, where z is this vector. Currenlty we don't support x == y, x == z or y == z. More...

virtual int	Norm2 (float &norm) const
	Compute the 2-norm of a vector, result is type float. More...

virtual int	Norm2 (double &norm) const
	Compute the 2-norm of a vector, result is type double. More...

virtual int	NormInf (float &norm)
	Compute the inf-norm of a vector, result is type float. More...

virtual int	NormInf (double &norm)
	Compute the inf-norm of a vector, result is type double. More...

virtual int	Dot (const VectorClass< T > &y, T &t) const
	Compute the dot product. More...

virtual int	MoveData (const int &location)
	Move the data to another memory location. More...

int	ReadFromMMFile (const char *vecfile, int idxin)
	Read vector on the host memory, matrix market format. More...

Detailed Description

template<typename T>
class pargemslr::SequentialVectorClass< T >

The class of sequential real/complex vector.

Constructor & Destructor Documentation

◆ SequentialVectorClass() [1/3]

template<typename T >

template pargemslr::SequentialVectorClass< T >::SequentialVectorClass ( )

The constructor of SequentialVectorClass. The default memory location is the host memory.

◆ SequentialVectorClass() [2/3]

template<typename T >

pargemslr::SequentialVectorClass< T >::SequentialVectorClass ( const SequentialVectorClass< T > & vec )

The copy constructor of SequentialVectorClass.

Parameters

[in] vec The other vector.

◆ SequentialVectorClass() [3/3]

template<typename T >

pargemslr::SequentialVectorClass< T >::SequentialVectorClass ( SequentialVectorClass< T > && vec )

The move constructor of SequentialVectorClass.

Parameters

[in] vec The other vector.

◆ ~SequentialVectorClass()

template<typename T >

template pargemslr::SequentialVectorClass< T >::~SequentialVectorClass ( )

virtual

The desstructor of seq_vector.

The destructor of SequentialVectorClass. Simply a call to the free function.

The desnstructor of seq_vector. Just call the free function.

Member Function Documentation

◆ Axpy() [1/3]

template<typename T >

int pargemslr::SequentialVectorClass< T >::Axpy	(	const T &	alpha,
		const VectorClass< T > &	x
	)

virtual

Compute y = alpha * x + y, where y is this vector. Currenlty we don't support x == y.

Parameters

[in]	alpha	The alpha value.
[in]	x	The vector.

Returns: Return error message.

◆ Axpy() [2/3]

template<typename T >

int pargemslr::SequentialVectorClass< T >::Axpy	(	const T &	alpha,
		const VectorClass< T > &	x,
		const T &	beta,
		VectorClass< T > &	z
	)

virtual

Compute z = alpha * x + beta * y, where z is this vector. Currenlty we don't support x == y, x == z or y == z.

Parameters

[in]	alpha	The alpha value.
[in]	x	The first vector.
[in]	beta	The beta value.
[in]	y	The second vector.

Returns: Return error message.

◆ Axpy() [3/3]

template<typename T >

int pargemslr::SequentialVectorClass< T >::Axpy	(	const T &	alpha,
		const VectorClass< T > &	x,
		VectorClass< T > &	z
	)

virtual

Compute z = alpha * x + y, where z is this vector. Currenlty we don't support x == y, x == z or y == z.

Parameters

[in]	alpha	The alpha value.
[in]	x	The first vector.
[in]	y	The second vector.

Returns: Return error message.

◆ BinarySearch()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::BinarySearch	(	const T &	val,
		int &	idx,
		bool	ascending
	)

Binary search between [s, e] inside an array.

Parameters

[in]	val	The target value.
[out]	idx	If found the value, set to the index of the value. Otherwise set to the position to insert, or -1 if s > e.
[in]	descend	The array is descend or ascend.

Returns: Return -1 if the value isnot found. Otherwise the index of it.

◆ Clear()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Clear ( )

virtual

Free the current vector.

Returns: Return error message.

Free the current vector.

Returns: Return error messgae.

◆ Copy()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Copy	(	const T *	data,
		int	length,
		int	loc_from,
		int	loc_to
	)

Free the current vector, allocate memory, and copy data to initilize the vector.

Free the current vector, allocate memory, and copy data to initilize this vector.

Parameters

[in]	data	The target memory address.
[in]	length	The new length of this vector.
[in]	loc_from	The location of the input data.
[in]	loc_to	The location of the new vector.

Returns: Return error message.

Free the current vector, allocate memory, and copy data to initilize the vector.

Parameters

[in]	data	The target memory address.
[in]	length	The length of the vector.
[in]	loc_from	The location of the input data.
[in]	loc_to	The location of the new vector.

Returns: Return error messgae.

◆ Dot()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Dot	(	const VectorClass< T > &	y,
		T &	t
	)		const

virtual

Compute the dot product.

Parameters

[in]	y	The vector.
[out]	t	The result.

Returns: Return error message.

◆ Fill()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Fill ( const T & v )

virtual

Fill the vector with constant value.

Parameters

[in] v The value to be filled.

Returns: Return error message.

◆ GetData()

template<typename T >

template complexd * pargemslr::SequentialVectorClass< T >::GetData ( ) const

virtual

Get the data pointer of the vector.

Returns: Return the data pointer.

◆ GetDataLocation()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::GetDataLocation ( ) const

virtual

Get the data location of the vector.

Returns: Return the data location of the vector.

◆ GetLengthGlobal()

template<typename T >

template long int pargemslr::SequentialVectorClass< T >::GetLengthGlobal ( ) const

virtual

Get the global length of the vector.

Returns: Return the global length of the vector.

◆ GetLengthLocal()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::GetLengthLocal ( ) const

virtual

Get the local length of the vector.

Returns: Return the local length of the vector.

◆ GetStartGlobal()

template<typename T >

template long int pargemslr::SequentialVectorClass< T >::GetStartGlobal ( ) const

virtual

Get the global start index of the vector.

Returns: Return the global start index of the vector.

◆ IsHoldingData()

template<typename T >

template bool pargemslr::SequentialVectorClass< T >::IsHoldingData ( ) const

Check if the vector holding its own data.

Returns: Return true if vector holding data.

◆ Max()

template<typename T >

template double pargemslr::SequentialVectorClass< T >::Max ( ) const

Get the max value in the vector.
For real vectors only.

Returns: Return the max value.

◆ MaxIndex()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::MaxIndex ( ) const

Get the index of the max value in the vector.
For real vectors only.

Returns: Return the index of the max value.

◆ Min()

template<typename T >

template double pargemslr::SequentialVectorClass< T >::Min ( ) const

Get the min value in the vector.
For real vectors only.

Returns: Return the min value.

◆ MinIndex()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::MinIndex ( ) const

Get the index of the min value in the vector.
For real vectors only.

Returns: Return the index of the min value.

◆ MoveData()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::MoveData ( const int & location )

virtual

Move the data to another memory location.

Parameters

[in] location The location move to.

Returns: Return error message.

◆ Norm2() [1/2]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Norm2 ( double & norm ) const

virtual

Compute the 2-norm of a vector, result is type double.

Parameters

[out] norm The 2-norm.

Returns: Return error message.

◆ Norm2() [2/2]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Norm2 ( float & norm ) const

virtual

Compute the 2-norm of a vector, result is type float.

Parameters

[out] norm The 2-norm.

Returns: Return error message.

◆ NormInf() [1/2]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::NormInf ( double & norm )

virtual

Compute the inf-norm of a vector, result is type double.

Parameters

[out] norm The inf-norm.

Returns: Return error message.

◆ NormInf() [2/2]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::NormInf ( float & norm )

virtual

Compute the inf-norm of a vector, result is type float.

Parameters

[out] norm The inf-norm.

Returns: Return error message.

◆ operator=() [1/2]

template<typename T >

SequentialVectorClass< T > & pargemslr::SequentialVectorClass< T >::operator= ( const SequentialVectorClass< T > & vec )

The = operator of SequentialVectorClass.

Parameters

[in] vec The other vector.

Returns: Return the vector.

◆ operator=() [2/2]

template<typename T >

SequentialVectorClass< T > & pargemslr::SequentialVectorClass< T >::operator= ( SequentialVectorClass< T > && vec )

The = operator of SequentialVectorClass.

Parameters

[in] vec The other vector.

Returns: Return the vector.

◆ operator[]()

template<typename T >

template complexd & pargemslr::SequentialVectorClass< T >::operator[] ( int i )

virtual

Get the reference of an index in the vector.

Parameters

[in] i The index.

Returns: The reference of the value on that index.

◆ Perm()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Perm ( IntVectorClass< int > & perm )

Apply permutation to the current vector v := v(perm).

Parameters

[in] perm The permutation vector.

Returns: Return error message.

◆ Plot()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Plot	(	int	conditiona,
		int	conditionb,
		int	width
	)

Print the vector.

Parameters

[in]	conditiona	First condition.
[in]	conditionb	Secend condition, only plot when conditiona == conditionb.
[in]	width	The plot width.

Returns: Return error message.

◆ PlotAbsGnuPlot()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::PlotAbsGnuPlot	(	const char *	datafilename,
		int	conditiona,
		int	conditionb,
		bool	logx,
		bool	logy,
		int	pttype = `0`
	)

Print the absolute value of this vector using GnuPlot.

Parameters

[in]	datafilename	The filename of the temp file holding the data.
[in]	conditiona	First condition.
[in]	conditionb	Secend condition, only plot when conditiona == conditionb.
[in]	logx	Set to true to plot in log in x.
[in]	logy	Set to true to plot in log in y.
[in]	pttype	The dot type in GnuPlot.

Returns: Return error message.

◆ PushBack()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::PushBack ( T v )

Insert value at the end of the vector, expand the vector when necessary. Work only when the vector is holding data.

Insert value at the end of the vector, expand the vector when necessary.
Work only when the vector is holding data.

Parameters

[in] v The value to be inserted.

Returns: Return error message.

Insert value at the end of the vector, expand the vector when necessary. Work only when the vector is holding data.

Parameters

[in] v The value to be inserted.

Returns: Return error messgae.

◆ Rand()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Rand ( )

virtual

Fill the vector with random value.

Returns: Return error message.

◆ ReadFromMMFile()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::ReadFromMMFile	(	const char *	vecfile,
		int	idxin
	)

Read vector on the host memory, matrix market format.

Parameters

[in]	vecfile	The file.
[in]	idxin	The index base of the input file. 0-based or 1-based.

Returns: Return error message.

◆ Resize() [1/2]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Resize	(	int	length,
		bool	keepdata,
		bool	setzero
	)

Resize the vector. Re-allocate memory when necessary.

Parameters

[in]	length	The new length of this vector.
[in]	keepdata	Set to true to keep the data in the current vector.
[in]	setzero	Set to true to fill the new extra memory with 0 if the vector is expanded.

Returns: Return error message.

Resize the vector. Re-allocate memory when necessary.

Parameters

[in]	length	The length of the vector.
[in]	keepdata	Do we keep the data in the current vector.
[in]	setzero	Do we Fill the new extra memory with 0 if we expand the vector.

Returns: Return error messgae.

◆ Resize() [2/2]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Resize	(	int	length,
		int	reserve,
		bool	keepdata,
		bool	setzero
	)

Resize the vector. Re-allocate memory when necessary.

Parameters

[in]	length	The new length of this vector.
[in]	reserve	The new reserve length in the memory, should be no less than length.
[in]	keepdata	Set to true to keep the data in the current vector.
[in]	setzero	Set to true to fill the new extra memory with 0 if the vector is expanded.

Returns: Return error message.

Resize the vector. Re-allocate memory when necessary.

Parameters

[in]	length	The length of the vector.
[in]	reserve	The length allocated in the memory, should be no less than length.
[in]	keepdata	Do we keep the data in the current vector.
[in]	setzero	Do we Fill the new extra memory with 0 if we expand the vector.

Returns: Return error messgae.

◆ Scale()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Scale ( const T & alpha )

virtual

Scale the vector by x = alpha*x, where x is this vector.

Parameters

[in] alpha The scale.

Returns: Return error message.

◆ SetHoldingData()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::SetHoldingData ( bool hold_data )

Set if the vector holding its own data.

Returns: Return error message.

◆ Setup() [1/4]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Setup ( int length )

Free the current vector, and malloc memory to initilize the vector.

Parameters

[in] length The length of the vector.

Returns: Return error message.

◆ Setup() [2/4]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Setup	(	int	length,
		bool	setzero
	)

Free the current vector, and allocate memory to initilize the vector.

Parameters

[in]	length	The length of the vector.
[in]	setzero	Call calloc if we need to fill the memory with 0.

Returns: Return error message.

◆ Setup() [3/4]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Setup	(	int	length,
		int	location,
		bool	setzero
	)

Free the current vector, and allocate memory at give location to initilize the vector.

Parameters

[in]	length	The length of the vector.
[in]	location	The location of the vector.
[in]	setzero	Call calloc if we need to fill the memory with 0.

Returns: Return error message.

◆ Setup() [4/4]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Setup	(	int	length,
		int	reserve,
		int	location,
		bool	setzero
	)

Free the current vector, and allocate memory at give location to initilize the vector.
The actual memory size is set by the value reserve, and the vector length is given by the value length.

Parameters

[in]	length	The length of the vector.
[in]	reserve	The length allocated in the memory, should be no less than length.
[in]	location	The location of the vector.
[in]	setzero	Call calloc if we need to fill the memory with 0.

Returns: Return error message.

◆ SetupPtr() [1/4]

template<typename T >

int pargemslr::SequentialVectorClass< T >::SetupPtr	(	const VectorClass< T > &	vec,
		int	length,
		int	shift
	)

Free the current vector, and points the vector to a given VectorClass. The memory will not be freed by this vector.

Parameters

[in]	vec	The target vector.
[in]	length	The new length of this vector.
[in]	shift	The shift in the target vector. this->_data = vec.GetData() + shift.

Returns: Return error message.

◆ SetupPtr() [2/4]

template<typename T >

int pargemslr::SequentialVectorClass< T >::SetupPtr	(	const VectorClass< T > &	vec,
		int	length,
		int	shift,
		bool	hold_data
	)

Free the current vector, and points the vector to a given VectorClass.

Parameters

[in]	vec	The target vector.
[in]	length	The new length of this vector.
[in]	shift	The shift in the target vector. this->_data = vec.GetData() + shift.
[in]	hold_data	Set to true if this vector should free the data. Typically this function should not be used.

Returns: Return error message.

◆ SetupPtr() [3/4]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::SetupPtr	(	void *	data,
		int	length,
		int	location
	)

Free the current vector, and points the vector to an address in the memory. The memory will not be freed by this vector.

Parameters

[in]	data	The address of the data.
[in]	length	The length of the vector.
[in]	location	The location of the data.

Returns: Return error message.

◆ SetupPtr() [4/4]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::SetupPtr	(	void *	data,
		int	length,
		int	location,
		bool	hold_data
	)

Free the current vector, and points the vector to an address in the memory.

Parameters

[in]	data	The address of the data.
[in]	length	The length of the vector.
[in]	location	The location of the data.
[in]	hold_data	Set to true if this vector should free the data.

Returns: Return error message.

◆ SetupPtrStr() [1/3]

template<typename T >

int pargemslr::SequentialVectorClass< T >::SetupPtrStr ( CsrMatrixClass< T > & A )

Setup the length information of a vector pointer to be same as the number of rows in a CSR matrix.
This will only set the length, need to call UpdatePtr function to set data.

Parameters

[in] A The CsrMatrixClass.

Returns: Return error message.

◆ SetupPtrStr() [2/3]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::SetupPtrStr ( int length )

Setup the length information of a vector pointer.
This will only set the length, need to call UpdatePtr function to set data.

Parameters

[in] length The new length.

Returns: Return error message.

◆ SetupPtrStr() [3/3]

template<typename T >

int pargemslr::SequentialVectorClass< T >::SetupPtrStr ( SequentialVectorClass< T > & x )

Setup the length information of a vector pointer to be same as another vector.
This will only set the length, need to call UpdatePtr function to set data.

Parameters

[in] x The SequentialVectorClass.

Returns: Return error message.

◆ Sort() [1/2]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Sort ( bool ascending )

Sort the current vector.
For real vectors only.

Parameters

[in] ascending Sort in ascending or descending.

Returns: Return error message.

◆ Sort() [2/2]

template<typename T >

template int pargemslr::SequentialVectorClass< T >::Sort	(	IntVectorClass< int > &	order,
		bool	ascending,
		bool	stable
	)

Get the order such that v[order] is in ascending or descending order.
Without modifying the current vector.
For real vectors only.

Parameters

[out]	order	The order vector.
[in]	ascending	Sort in ascending or descending.
[in]	stable	Use stable sort or not.

Returns: Return error message.

◆ UpdatePtr()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::UpdatePtr	(	void *	data,
		int	location
	)

Update the Ptr with new memory address, keep the current length information. Need to call SetupPtrStr first.

Parameters

[in]	data	The address of the data.
[in]	location	The location of the data.

Returns: Return error message.

◆ WriteToDisk()

template<typename T >

template int pargemslr::SequentialVectorClass< T >::WriteToDisk ( const char * datafilename )

Write file to disk.

Parameters

[in] datafilename The filename of the file holding the data.

Returns: Return error message.

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

SRC/utils/structs.hpp
SRC/vectors/sequential_vector.hpp
SRC/vectors/sequential_vector.cpp

Public Member Functions

Detailed Description

template<typename T> class pargemslr::SequentialVectorClass< T >

Constructor & Destructor Documentation

◆ SequentialVectorClass() [1/3]

◆ SequentialVectorClass() [2/3]

◆ SequentialVectorClass() [3/3]

◆ ~SequentialVectorClass()

Member Function Documentation

◆ Axpy() [1/3]

◆ Axpy() [2/3]

◆ Axpy() [3/3]

◆ BinarySearch()

◆ Clear()

◆ Copy()

◆ Dot()

◆ Fill()

◆ GetData()

◆ GetDataLocation()

◆ GetLengthGlobal()

◆ GetLengthLocal()

◆ GetStartGlobal()

◆ IsHoldingData()

◆ Max()

◆ MaxIndex()

◆ Min()

◆ MinIndex()

◆ MoveData()

◆ Norm2() [1/2]

◆ Norm2() [2/2]

◆ NormInf() [1/2]

◆ NormInf() [2/2]

◆ operator=() [1/2]

◆ operator=() [2/2]

◆ operator[]()

◆ Perm()

◆ Plot()

◆ PlotAbsGnuPlot()

◆ PushBack()

◆ Rand()

◆ ReadFromMMFile()

◆ Resize() [1/2]

◆ Resize() [2/2]

◆ Scale()

◆ SetHoldingData()

◆ Setup() [1/4]

◆ Setup() [2/4]

◆ Setup() [3/4]

◆ Setup() [4/4]

◆ SetupPtr() [1/4]

◆ SetupPtr() [2/4]

◆ SetupPtr() [3/4]

◆ SetupPtr() [4/4]

◆ SetupPtrStr() [1/3]

◆ SetupPtrStr() [2/3]

◆ SetupPtrStr() [3/3]

◆ Sort() [1/2]

◆ Sort() [2/2]

◆ UpdatePtr()

◆ WriteToDisk()

template<typename T>
class pargemslr::SequentialVectorClass< T >