SVectorBase with prev/next pointers. More...

Public Member Functions
Construction / destruction
	DLPSV ()
	Default constructor. More...

	DLPSV (const DLPSV &copy)
	Copy constructor. More...

	DLPSV (DLPSV &&copy)
	move constructor. More...

DLPSV &	operator= (DLPSV &&rhs)
	move assignment operator. More...

DLPSV &	operator= (const DLPSV &rhs)
	Assignment operator. More...

Successor / predecessor
DLPSV *&	next ()
	Next SVectorBase. More...

DLPSV *const &	next () const
	Next SVectorBase. More...

DLPSV *const &	prev () const
	Previous SVectorBase. More...

DLPSV *&	prev ()
	Previous SVectorBase. More...

Public Member Functions inherited from SVectorBase< R >
SVectorBase< Real > &	operator= (const VectorBase< S > &vec)
	Assignment operator (specialization for Real). More...

Real	operator* (const SVectorBase< S > &w) const
	specialization for inner product for sparse vectors More...

int	size () const
	Number of used indices. More...

int	max () const
	Maximal number of indices. More...

int	dim () const
	Dimension of the vector defined as maximal index + 1. More...

int	pos (int i) const
	Position of index `i`. More...

R	operator[] (int i) const
	Value to index `i`. More...

Nonzero< R > &	element (int n)
	Reference to the `n` 'th nonzero element. More...

const Nonzero< R > &	element (int n) const
	The `n` 'th nonzero element. More...

int &	index (int n)
	Reference to index of `n` 'th nonzero. More...

int	index (int n) const
	Index of `n` 'th nonzero. More...

R &	value (int n)
	Reference to value of `n` 'th nonzero. More...

const R &	value (int n) const
	Value of `n` 'th nonzero. More...

void	add (int i, const R &v)
	Append one nonzero (i,v). More...

void	add (int i)
	Append one uninitialized nonzero. More...

void	add (const SVectorBase &sv)
	Append nonzeros of `sv`. More...

void	add (int n, const int i[], const R v[])
	Append `n` nonzeros. More...

template<class S >
void	add (int n, const int i[], const S v[])
	Append `n` nonzeros. More...

void	add (int n, const Nonzero< R > e[])
	Append `n` nonzeros. More...

void	remove (int n, int m)
	Remove nonzeros `n` thru `m`. More...

void	remove (int n)
	Remove `n` 'th nonzero. More...

void	clear ()
	Remove all indices. More...

void	sort ()
	Sort nonzeros to increasing indices. More...

R	maxAbs () const
	Maximum absolute value, i.e., infinity norm. More...

R	minAbs () const
	Minimum absolute value. More...

R	length () const
	Floating point approximation of euclidian norm (without any approximation guarantee). More...

R	length2 () const
	Squared norm. More...

SVectorBase< R > &	operator*= (const R &x)
	Scaling. More...

R	operator* (const VectorBase< R > &w) const
	Inner product. More...

template<class S >
R	operator* (const SVectorBase< S > &w) const
	inner product for sparse vectors More...

	SVectorBase (int n=0, Nonzero< R > *p_mem=nullptr)
	Default constructor. More...

	SVectorBase (const SVectorBase< R > &sv)=default

template<class S >
SVectorBase< R > &	operator= (const VectorBase< S > &vec)
	Assignment operator. More...

SVectorBase< R > &	operator= (const SVectorBase< R > &sv)
	Assignment operator. More...

SVectorBase< R > &	operator= (const SVectorBase< R > &&sv)
	move assignement operator. More...

template<class S >
SVectorBase< R > &	operator= (const SVectorBase< S > &sv)
	Assignment operator. More...

SVectorBase< Real > &	scaleAssign (int scaleExp, const SVectorBase< Real > &sv)
	scale and assign More...

SVectorBase< Real > &	scaleAssign (const int *scaleExp, const SVectorBase< Real > &sv, bool negateExp=false)
	scale and assign More...

template<class S >
SVectorBase< R > &	assignArray (const S rowValues, const int rowIndices, int rowSize)
	Assignment operator. More...

template<class S >
SVectorBase< R > &	operator= (const SSVectorBase< S > &sv)
	Assignment operator. More...

Nonzero< R > *	mem () const
	get pointer to internal memory. More...

void	set_size (int s)
	Set size of the vector. More...

void	set_max (int m)
	Set the maximum number of nonzeros in the vector. More...

void	setMem (int n, Nonzero< R > *elmem)
	Set the memory area where the nonzeros will be stored. More...

bool	isConsistent () const
	Consistency check. More...

Private Attributes
Data
DLPSV *	thenext
	next SVectorBase More...

DLPSV *	theprev
	previous SVectorBase More...

Additional Inherited Members
Public Types inherited from SVectorBase< R >
typedef Nonzero< R >	Element

Detailed Description

template<class R>
class soplex::SVSetBase< R >::DLPSV

SVectorBase with prev/next pointers.

Todo:: Check whether SVSetBase::DLPSV can be implemented as IdElement<SVectorBase>

The management of the SVectorBases is implemented by a DataSet<DLPSV>, the keys used externally are DataKeys.

The management of nonzeros is done by a Real linked list IdList<DLPSV>, where the SVectorBases are kept in the order in which their indices occurr in the Array. The SVectorBases are kept without holes: If one is removed or moved to the end, the SVectorBase preceeding it obtains the space for all the nonzeros that previously belonged to the (re-)moved one. However, the nonzeros in use are uneffected by this.

Definition at line 91 of file svsetbase.h.