#include <SimpleVector.h>

Inheritance diagram for SimpleVector:

Public Member Functions
	SimpleVector (int nx)

	SimpleVector (double *v, int nx)

virtual	~SimpleVector ()

virtual void	copyIntoArray (double v[])

virtual void	copyFromArray (double v[])

virtual void	copyFromArray (char v[])

virtual void	setToZero ()

virtual void	setToConstant (double c)

virtual void	randomize (double alpha, double beta, double *ix)

virtual void	copyFrom (OoqpVector &v)

virtual double	twonorm ()

virtual double	infnorm ()

virtual double	onenorm ()

virtual void	min (double &m, int &index)

virtual void	max (double &m, int &index)

virtual void	componentMult (OoqpVector &v)

virtual void	scalarMult (double num)

virtual void	printSolutionToStdErr (OoqpVector &v)

virtual void	componentDiv (OoqpVector &v)

virtual void	writeToStream (std::ostream &out) const

virtual void	writefToStream (std::ostream &out, const char format[]) const

virtual void	scale (double alpha)

virtual void	axpy (double alpha, OoqpVector &x)

virtual void	axzpy (double alpha, OoqpVector &x, OoqpVector &z)

virtual void	axdzpy (double alpha, OoqpVector &x, OoqpVector &z)

virtual void	addConstant (double c)

virtual void	gondzioProjection (double rmin, double rmax)

virtual double	dotProductWith (OoqpVector &v)

virtual double	shiftedDotProductWith (double alpha, OoqpVector &mystep, OoqpVector &yvec, double beta, OoqpVector &ystep)

virtual void	negate ()

virtual void	invert ()

virtual int	allPositive ()

virtual long long	numberOfNonzeros ()

virtual int	matchesNonZeroPattern (OoqpVector &select)

virtual void	selectNonZeros (OoqpVector &select)

virtual void	addSomeConstants (double c, OoqpVector &select)

virtual void	writefSomeToStream (std::ostream &out, const char format[], OoqpVector &select) const

virtual void	axdzpy (double alpha, OoqpVector &x, OoqpVector &z, OoqpVector &select)

virtual int	isKindOf (int kind)

virtual int	somePositive (OoqpVector &select)

virtual void	divideSome (OoqpVector &div, OoqpVector &select)

virtual double	stepbound (OoqpVector &v, double maxStep)

virtual double	findBlocking (OoqpVector &wstep_vec, OoqpVector &u_vec, OoqpVector &ustep_vec, double maxStep, double w_elt, double wstep_elt, double u_elt, double ustep_elt, int &first_or_second)

double *	elements ()

virtual void	print ()

virtual void	findBlockingPD (OoqpVector &wstep_vec, OoqpVector &u_vec, OoqpVector &ustep_vec, double w_elt, double wstep_elt, double u_elt, double ustep_elt, int &first_or_second, double alphaPri, double alphaDual)

virtual double	sumLog (OoqpVector *select)

virtual double	sumPowElt (const double pow_in)

virtual double	sumElt ()

virtual void	MinComponentOrConstant (OoqpVector *vec_in, double minVal)

virtual void	correctLargeVal (const double testVal, const double corVal, const int absFlag)

virtual void	MinComponentBetween (OoqpVector vec_in, OoqpVector select_in=NULL)

virtual void	setToConstantFromTo (double c, int start, int end)

virtual void	SetComponentFromMaxXorY (OoqpVector x_in, OoqpVector y_in, OoqpVector *select=NULL)

virtual void	SetComponentFromMaxXorY (OoqpVector x_in, OoqpVector y_in, int Start, int End, int xStart, int xEnd, int yStart, int yEnd)

virtual void	SetComponentFromMaxXorConstant (OoqpVector *x_in, const double y_in)

virtual void	SetComponentFromMaxXorConstant (OoqpVector *x_in, const double y_in, int Start, int End, int xStart, int xEnd)

virtual void	copyFromFromTo (OoqpVector *vec_in, int VStart, int VEnd, int VinStart, int VinEnd)

virtual void	copyFromArrayFromTo (double *w, int VStart, int VEnd, int Wstart, int Wend)

virtual void	copyIntoArrayFromTo (double *w, int VStart, int VEnd, int Wstart, int Wend)

virtual void	absVal (OoqpVector *vec_in)

virtual void	copyIntoArrayWithIndex_AggVarCon (double ResultArray, const int vecmap, const int _length, bool isVar=true)


double &	operator[] (int i)

const double &	operator[] (int i) const

Public Member Functions inherited from OoqpVector
long long	length () const

	OoqpVector (int n_=0)

virtual	~OoqpVector ()

double	Norm (const int Norm_Type, OoqpVector *vec2=NULL)

double	Norm (const int Norm_Type, const double norm1, const double norm2)

Public Member Functions inherited from IotrRefCount
int	refs ()

	IotrRefCount ()

Protected Attributes
int	preserveVec

double *	v

Additional Inherited Members
Static Public Member Functions inherited from IotrRefCount
static void	release (IotrRefCount **obj)

static void	addRef (IotrRefCount const obj)

Public Attributes inherited from OoqpVector
int	n

Static Public Attributes inherited from IotrRefCount
static int	instances = 0

Protected Member Functions inherited from IotrRefCount
virtual	~IotrRefCount ()

Detailed Description

Simple sequential vectors with element access.

Constructor & Destructor Documentation

SimpleVector::SimpleVector ( int nx )

SimpleVector::SimpleVector	(	double *	v,
		int	nx
	)

SimpleVector::~SimpleVector ( )

virtual

Member Function Documentation

void SimpleVector::absVal ( OoqpVector * vec_in )

virtual

Return the absolute value

Implements OoqpVector.

void SimpleVector::addConstant ( double c )

virtual

Add c to the elements of this OoqpVector object

Implements OoqpVector.

void SimpleVector::addSomeConstants	(	double	c,
		OoqpVector &	select
	)

virtual

Add the constant c to some of the elements of this OoqpVector

Parameters

c	The constant to be added
select	a mask OoqpVector. The constant c is added to an element of this OoqpVector only if the corresponding element of select is non-zero.

Implements OoqpVector.

int SimpleVector::allPositive ( )

virtual

True if all elements of this OoqpVector are positive.

Implements OoqpVector.

void SimpleVector::axdzpy	(	double	alpha,
		OoqpVector &	x,
		OoqpVector &	z
	)

virtual

this += alpha * x / z

Implements OoqpVector.

void SimpleVector::axdzpy	(	double	alpha,
		OoqpVector &	x,
		OoqpVector &	z,
		OoqpVector &	select
	)

virtual

this += alpha * x / z

Parameters

select only perform the division on elements of x and z if the corresponding element of select is non-zero. Generally we avoid performing the division if we know that it will result in division by zero. The OoqpVector select may be x, z or a third OoqpVector.

Implements OoqpVector.

void SimpleVector::axpy	(	double	alpha,
		OoqpVector &	x
	)

virtual

this += alpha * x

Implements OoqpVector.

void SimpleVector::axzpy	(	double	alpha,
		OoqpVector &	x,
		OoqpVector &	z
	)

virtual

this += alpha * x * z

Implements OoqpVector.

void SimpleVector::componentDiv ( OoqpVector & v )

virtual

Divide the components of this OoqpVector by the components of v.

Implements OoqpVector.

void SimpleVector::componentMult ( OoqpVector & v )

virtual

Multiply the components of this OoqpVector by the components of v.

Implements OoqpVector.

void SimpleVector::copyFrom ( OoqpVector & v )

virtual

Copy the elements of v into this OoqpVector object.

Implements OoqpVector.

void SimpleVector::copyFromArray ( double v[] )

virtual

Copy the elements of the C-style array v into this OoqpVector.

Implements OoqpVector.

void SimpleVector::copyFromArray ( char v[] )

virtual

Copy the elements of the C-style char array v into this OoqpVector.

Implements OoqpVector.

void SimpleVector::copyFromArrayFromTo	(	double *	w,
		int	VStart,
		int	VEnd,
		int	Wstart,
		int	Wend
	)

virtual

Implements OoqpVector.

void SimpleVector::copyFromFromTo	(	OoqpVector *	vec_in,
		int	VStart,
		int	VEnd,
		int	VinStart,
		int	VinEnd
	)

virtual

Implements OoqpVector.

void SimpleVector::copyIntoArray ( double v[] )

virtual

Copy the elements of this OoqpVector into the C-style array v.

Implements OoqpVector.

void SimpleVector::copyIntoArrayFromTo	(	double *	w,
		int	VStart,
		int	VEnd,
		int	Wstart,
		int	Wend
	)

virtual

void SimpleVector::copyIntoArrayWithIndex_AggVarCon	(	double *	ResultArray,
		const int *	vecmap,
		const int	_length,
		bool	isVar = `true`
	)

virtual

Reimplemented from OoqpVector.

void SimpleVector::correctLargeVal	(	const double	testVal,
		const double	corVal,
		const int	absFlag
	)

virtual

Implements OoqpVector.

void SimpleVector::divideSome	(	OoqpVector &	div,
		OoqpVector &	select
	)

virtual

Divide selected elements of this OoqpVector by the corresponding element in div.

Parameters

div	If element i of this OoqpVector is selected, then it will be divided by element i of div.
select	Perform division on elements of this OoqpVector only if the corresponding element in select is non-zero

Implements OoqpVector.

double SimpleVector::dotProductWith ( OoqpVector & v )

virtual

Return the dot product of this OoqpVector with v

Implements OoqpVector.

double* SimpleVector::elements ( )

inline

Returns a pointer to the elemens of this vector.

double SimpleVector::findBlocking	(	OoqpVector &	wstep_vec,
		OoqpVector &	u_vec,
		OoqpVector &	ustep_vec,
		double	maxStep,
		double *	w_elt,
		double *	wstep_elt,
		double *	u_elt,
		double *	ustep_elt,
		int &	first_or_second
	)

virtual

Return the largest value of alpha in the interval [0,1] for which: this + alpha * wstep_vec >= 0 and u_vec + alpha * ustep_vec >= 0. Also return the components this[i], wstep_vec[i], u_vec[i], ustep_vec[i], where i is the index of the "blocking" component - the one that limits the step length to alpha. Also return first_or_second=1 if the blocking component is in "this", and first_or_second=2 if the blocking component is in u_vec.

Implements OoqpVector.

void SimpleVector::findBlockingPD	(	OoqpVector &	wstep_vec,
		OoqpVector &	u_vec,
		OoqpVector &	ustep_vec,
		double *	w_elt,
		double *	wstep_elt,
		double *	u_elt,
		double *	ustep_elt,
		int &	first_or_second,
		double *	alphaPri,
		double *	alphaDual
	)

virtual

Implements OoqpVector.

void SimpleVector::gondzioProjection	(	double	rmin,
		double	rmax
	)

virtual

perform the projection operation required by Gondzio algorithm: replace each component of the vector v by vp_i - v_i, where vp_i is the projection of v_i onto the box [rmin, rmax]. Then if the resulting value is less than -rmax, replace it by -rmax.

Implements OoqpVector.

double SimpleVector::infnorm ( )

virtual

Return the infinity norm of this OoqpVector object.

Implements OoqpVector.

void SimpleVector::invert ( )

virtual

Invert (1/x) the elements of this OoqpVector.

Implements OoqpVector.

int SimpleVector::isKindOf ( int kind )

virtual

True if this OoqpVector identifies itself as having the type kind.

Classes overriding this method must call the inherited version, so that the class hierarchy is supported.

Implements OoqpVector.

int SimpleVector::matchesNonZeroPattern ( OoqpVector & select )

virtual

True if this OoqpVector has the same non-zero pattern as select.

Implements OoqpVector.

void SimpleVector::max	(	double &	m,
		int &	index
	)

virtual

void SimpleVector::min	(	double &	m,
		int &	index
	)

virtual

Return the minimum value in this vector, and the index at which it occurs.

Implements OoqpVector.

void SimpleVector::MinComponentBetween	(	OoqpVector *	vec_in,
		OoqpVector *	select_in = `NULL`
	)

virtual

Implements OoqpVector.

void SimpleVector::MinComponentOrConstant	(	OoqpVector *	vec_in,
		double	minVal
	)

virtual

Implements OoqpVector.

void SimpleVector::negate ( )

virtual

Negate all the elements of this OoqpVector object.

Implements OoqpVector.

long long SimpleVector::numberOfNonzeros ( )

virtual

Return the number of non-zero elements in this OoqpVector.

Implements OoqpVector.

double SimpleVector::onenorm ( )

virtual

Return the one norm of this OoqpVector object.

Implements OoqpVector.

double& SimpleVector::operator[] ( int i )

inline

Access the individual elements of this vector.

const double& SimpleVector::operator[] ( int i ) const

inline

void SimpleVector::print ( )

virtual

Implements OoqpVector.

void SimpleVector::printSolutionToStdErr ( OoqpVector & v )

virtual

void SimpleVector::randomize	(	double	alpha,
		double	beta,
		double *	ix
	)

virtual

Fill this OoqpVector with random elements

Parameters

alpha
beta	the elements will be in the interval [alpha, beta]
ix	an aribitray number used to seed the random number generator

Implements OoqpVector.

void SimpleVector::scalarMult ( double num )

virtual

Write the components of this OoqpVector, one element per line, to the stream out. Multiply the components of this OoqpVector by num.

Implements OoqpVector.

void SimpleVector::scale ( double alpha )

virtual

Scale each element of this OoqpVector by the constant alpha

Implements OoqpVector.

void SimpleVector::selectNonZeros ( OoqpVector & select )

virtual

Set each element of this OoqpVector to zero if the corresponding element in select is zero.

Implements OoqpVector.

void SimpleVector::SetComponentFromMaxXorConstant	(	OoqpVector *	x_in,
		const double	y_in
	)

virtual

Implements OoqpVector.

void SimpleVector::SetComponentFromMaxXorConstant	(	OoqpVector *	x_in,
		const double	y_in,
		int	Start,
		int	End,
		int	xStart,
		int	xEnd
	)

virtual

Implements OoqpVector.

void SimpleVector::SetComponentFromMaxXorY	(	OoqpVector *	x_in,
		OoqpVector *	y_in,
		OoqpVector *	select = `NULL`
	)

virtual

Implements OoqpVector.

void SimpleVector::SetComponentFromMaxXorY	(	OoqpVector *	x_in,
		OoqpVector *	y_in,
		int	Start,
		int	End,
		int	xStart,
		int	xEnd,
		int	yStart,
		int	yEnd
	)

virtual

Implements OoqpVector.

void SimpleVector::setToConstant ( double c )

virtual

Set all elements of this OoqpVector to the constant value c

Implements OoqpVector.

void SimpleVector::setToConstantFromTo	(	double	c,
		int	start,
		int	end
	)

virtual

Implements OoqpVector.

void SimpleVector::setToZero ( )

virtual

Set all elements of this OoqpVector to zero.

Implements OoqpVector.

double SimpleVector::shiftedDotProductWith	(	double	alpha,
		OoqpVector &	mystep,
		OoqpVector &	yvec,
		double	beta,
		OoqpVector &	ystep
	)

virtual

Return the inner product <this + alpha * mystep, yvec + beta * ystep >

Implements OoqpVector.

int SimpleVector::somePositive ( OoqpVector & select )

virtual

True if selected elements of this OoqpVector are positive

Parameters

select Each element of this OoqpVector must be positive if the corresponding element of select is non-zero.

Implements OoqpVector.

double SimpleVector::stepbound	(	OoqpVector &	v,
		double	maxStep
	)

virtual

Return the largest value of alpha in the interval [0, maxStep] for which: this + alpha * v >= 0. Set firstBlocking to be the "blocking" index i - the one that limits the step length to alpha.

Implements OoqpVector.

double SimpleVector::sumElt ( )

virtual

Implements OoqpVector.

double SimpleVector::sumLog ( OoqpVector * select )

virtual

Implements OoqpVector.

double SimpleVector::sumPowElt ( const double pow_in )

virtual

Implements OoqpVector.

double SimpleVector::twonorm ( )

virtual

Implements OoqpVector.

void SimpleVector::writefSomeToStream	(	std::ostream &	out,
		const char	format[],
		OoqpVector &	select
	)		const

virtual

Write some elements of this OoqpVector to a stream, subject to a format.

Parameters

out	a C++-style output stream
format	a string used to format the output. The substring %{index} will be substituted by the index of the current element and the string %{value} will be substituted with the element's value.
select	a mask OoqpVector. An element if this OoqpVector is written only if the corresponding element of selec is non-zero.

Implements OoqpVector.

void SimpleVector::writefToStream	(	std::ostream &	out,
		const char	format[]
	)		const

virtual

Write the components of this OoqpVector to a stream, subject to a format.

Parameters

out	a C++-style output stream
format	a string used to format the output. The substring %{index} will be substituted by the index of the current element and the string %{value} will be substituted with the element's value.

Implements OoqpVector.

void SimpleVector::writeToStream ( std::ostream & out ) const

virtual

Implements OoqpVector.

Member Data Documentation

int SimpleVector::preserveVec

protected

double* SimpleVector::v

protected

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

/home/michel/git/PIPS/PIPS-NLP/Core/Vector/SimpleVector.h
/home/michel/git/PIPS/PIPS-NLP/Core/PetscLinearAlgebra/PetscVector.C
/home/michel/git/PIPS/PIPS-NLP/Core/Vector/SimpleVector.C

Public Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation