#include <Manager.h>

Classes
struct	ltAccpmVectorPair
Public Member Functions
	Manager (const Parameters *param)
virtual	~Manager ()
virtual const AccpmVector &	getCurrentY () const
virtual const AccpmVector &	getActiveY () const
virtual int	getActiveCuts (AccpmGenMatrix &cuts, bool activeVar=false) const
virtual int	getActiveCuts (const AccpmGenMatrix *&cuts, bool activeVar=false) const
virtual const AccpmVector &	getBestY (bool activeVar=false) const
const AccpmVector &	getCurrentZ () const
const AccpmVector &	getRhsCoef () const
const AccpmVector &	getSubProblemIndex () const
const AccpmVector &	getCutOccurrence () const
const AccpmVector &	getActiveCutNorm () const
const AccpmVector &	getCurrentX () const
PointGen &	getPointGen ()
const PointGen &	getPointGen () const
const AccpmGenMatrix &	getATQA () const
AccpmGenMatrix &	getATQA ()
double	getObjLB () const
double	getObjUB () const
double	getRelativeGap () const
double	getWtEpigraphCut () const
virtual double	getSmoothObj (bool activeVar=false) const
virtual const AccpmVector *	getSmoothGradient (bool activeVar=false) const
virtual const AccpmGenMatrix *	getSmoothHessian (bool activeVar=false) const
bool	inPhase2 () const
bool	previousPhase2 () const
void	updatePreviousPhase2 ()
bool	isCurrentPointFeasible () const
ExitCode	getExitCode () const
void	setExitCode (ExitCode e)
double	getRho () const
int	getSizeOfs () const
void	setSizeOfs (int n)
virtual int	update1 (const AccpmVector &functionValue, const AccpmGenMatrix &subGradients, const AccpmGenMatrix &subProblemIndex, const AccpmVector *upperFunctionValues=0)
virtual int	update2 (double functionValue, const AccpmGenMatrix &subGradients, const AccpmGenMatrix &hessian)
double	computeBallConstraint (const AccpmVector &y) const
void	computeBallConstraint (const AccpmVector &y, AccpmVector &result) const
void	computeBox1Constraint (const AccpmVector &y, AccpmVector &result) const
void	computeBox2Constraint (const AccpmVector &y, AccpmVector &result) const
virtual void	updateVariables (const AccpmVector &y, const AccpmVector &z, const AccpmVector &s, double zs, double s0, double ss, const AccpmVector &sOld, double sOld0, const AccpmVector &ds, double ds0)
virtual void	updateY (const AccpmVector &y)
int	getNumOuterIteration () const
void	updateInnerIterations (int n)
int	getNumInnerIterations () const
virtual void	updateLB (double lBound)
virtual const AccpmVector *	getVariableLB (bool activeVar=false) const
virtual const AccpmVector *	getVariableUB (bool activeVar=false) const
virtual const AccpmVector *	getB (bool activeVar=false) const
virtual const AccpmVector *	getCenterBall (bool activeVar=false) const
virtual double	getRadiusBall () const
virtual const AccpmVector *	getQ (bool activeVar=false) const
virtual int	computeSmoothComponent (bool hessian=true)
int	callSmoothOracle (const AccpmVector &y, double &f2, AccpmVector &df2, AccpmGenMatrix *d2f2) const
virtual void	updateActiveVariables ()
virtual void	updateActiveVariablesForF2 ()
virtual int	getNumCuts () const
virtual void	output (std::ostream &os) const
void	check ()
Protected Types
typedef map< const AccpmVectorIntPair *, int, ltAccpmVectorPair >	CutSet
Protected Member Functions
virtual void	init (void)
virtual void	update ()
virtual double	convexityFix (const AccpmVector &functionValue, const AccpmGenMatrix &subGradients, const AccpmVector &subProblemIndex, const AccpmVector &upperFunctionValues)
virtual void	updateRhs (const AccpmVector &functionValue, const AccpmGenMatrix &subGradients)
virtual void	updateRho (void)
virtual void	updateEpigraphWeight (void)
virtual int	addCut (const AccpmVectorIntPair *cut, int subProblemIndex, double weight, double rhs)
int	findCut (const AccpmVectorIntPair &v) const
virtual int	processCuts (const AccpmVector &functionValue, const AccpmGenMatrix &newCuts, const AccpmVector &subProblemIndex, const AccpmVector &upperFunctionValues)
virtual void	updateQ ()
void	updateRelativeGap ()
Protected Attributes
const Parameters *	_param
bool	_phase2
bool	_prevPhase2
bool	_currentPointIsFeasible
int	_numOuterIteration
int	_numInnerIteration
ExitCode	_exitCode
double	_rho
double	_objectiveFunction
double	_objLB
double	_objUB
double	_relativeGap
double	_weightEpigraphCut
AccpmVector	_currentPointy
AccpmVector	_bestPointy
AccpmVector	_currentPointz
AccpmVector	_rhsCoef
AccpmVector	_subProblemIndex
AccpmVector	_cutOccurrence
AccpmVector	_activeCutNorm
AccpmDynMatrix	_activeCuts
AccpmGenMatrix	_activeCutsM
PointGen	_pointGen
double	_f2
AccpmVector *	_b
AccpmVector *	_df2
AccpmGenMatrix *	_d2f2
int	_sizeOfs
int	_numCuts
bool	_hasSmoothOracle
CutSet	_cutSet
int	_currentCutId

Detailed Description

Manages the data generated during Accpm iterations.

Member Typedef Documentation

typedef map<const AccpmVectorIntPair *, int, ltAccpmVectorPair> Accpm::Manager::CutSet [protected]

Constructor & Destructor Documentation

Accpm::Manager::Manager ( const Parameters * param )

The Constructor for the Manager. It does some basic initialization and creates vectors of appropriate dimensions for: Current Point Y Best Point Current Point Z

Also initializes PointGen object

References _bestPointy, _currentPointy, _currentPointz, _hasSmoothOracle, _objLB, _objUB, _param, Accpm::Parameters::getOracle(), Accpm::Parameters::getRealParameter(), Accpm::Parameters::getStartingPoint(), Accpm::Oracle::hasSmoothOracle(), init(), IS_FINITE(), updateQ(), and updateRelativeGap().

Accpm::Manager::~Manager ( ) [virtual]

References _b, _cutSet, _d2f2, and _df2.

Member Function Documentation

int Accpm::Manager::addCut	(	const AccpmVectorIntPair *	cut,
		int	subProblemIndex,
		double	weight,
		double	rhs
	)		`[protected, virtual]`

References _activeCutNorm, _activeCuts, _currentCutId, _cutOccurrence, _cutSet, _numCuts, _param, _rhsCoef, _subProblemIndex, AccpmLANorm2(), Accpm::AccpmDynMatrix::addColumn(), Accpm::AccpmVector::append(), and Accpm::Parameters::getIntParameter().

Referenced by processCuts().

int Accpm::Manager::callSmoothOracle	(	const AccpmVector &	y,
		double &	f2,
		AccpmVector &	df2,
		AccpmGenMatrix *	d2f2
	)		const

References _param, Accpm::OracleFunction::eval(), Accpm::Oracle::getF2(), Accpm::Parameters::getOptType(), Accpm::Parameters::getOracle(), Accpm::AccpmVector::negate(), Accpm::OPT_MAX, and Accpm::AccpmGenMatrix::scaleColumn().

Referenced by computeSmoothComponent().

void Accpm::Manager::check ( )

Temporary debug routine for some sanity checking fof Manager. To be removed.

References _activeCuts, _bestPointy, _cutOccurrence, _param, _phase2, _pointGen, Accpm::PointGen::_q, _rho, _rhsCoef, _subProblemIndex, Accpm::AccpmDynMatrix::addColumn(), Accpm::AccpmVector::append(), Accpm::Parameters::getIntParameter(), and Accpm::AccpmDynMatrix::getM().

Referenced by main().

double Accpm::Manager::computeBallConstraint ( const AccpmVector & y ) const

Returns the diagonal part of the Ball Constraints Mirrors InsertBallConstraint(...,'Diag')

References _param, AccpmLAAddMult(), AccpmLANorm2(), getCenterBall(), Accpm::Parameters::getIntParameter(), and getRadiusBall().

Referenced by computeBallConstraint().

void Accpm::Manager::computeBallConstraint	(	const AccpmVector &	y,
		AccpmVector &	result
	)		const

Returns the Rang 1 part of the Ball Constraints Mirrors InsertBallConstraint(...,'Rang')

References _param, AccpmLAAddMult(), AccpmLAScale(), computeBallConstraint(), getCenterBall(), and Accpm::Parameters::getIntParameter().

void Accpm::Manager::computeBox1Constraint	(	const AccpmVector &	y,
		AccpmVector &	result
	)		const

References AccpmLAAddMult(), getVariableLB(), getVariableUB(), and Accpm::AccpmVector::invert().

void Accpm::Manager::computeBox2Constraint	(	const AccpmVector &	y,
		AccpmVector &	result
	)		const

References AccpmLAAddMult(), getVariableLB(), getVariableUB(), Accpm::AccpmVector::invert(), and Accpm::AccpmVector::times().

int Accpm::Manager::computeSmoothComponent ( bool hessian = true ) [virtual]

References _b, _currentPointIsFeasible, _currentPointy, _d2f2, _df2, _f2, _hasSmoothOracle, AccpmLADotProd(), and callSmoothOracle().

double Accpm::Manager::convexityFix	(	const AccpmVector &	functionValue,
		const AccpmGenMatrix &	subGradients,
		const AccpmVector &	subProblemIndex,
		const AccpmVector &	upperFunctionValues
	)		`[protected, virtual]`

Fix loose optimality cuts. Applies to oracle that deliver loose optimality cuts. (E.g., if the oracle computes the value f(y) by a maximization process and that process is not conducted to its end).

Updates the Objective Upper Bound: _objUB

Returns a value by which the objective function needs to be corrected due to convexity violation.

Must be called only in phase 2.

References _activeCutsM, _b, _bestPointy, _currentPointy, _exitCode, _hasSmoothOracle, _objUB, _param, _phase2, _rhsCoef, _subProblemIndex, AccpmError(), AccpmLAAddMult(), AccpmLADotProd(), AccpmLAMatTransVecMult(), AccpmWarning(), Accpm::CONVEXITY_FAILURE, DBL_LT(), Accpm::AccpmGenMatrix::getColumn(), Accpm::Parameters::getIntParameter(), Accpm::Parameters::getOptType(), Accpm::Parameters::getPi(), Accpm::Parameters::getRealParameter(), and Accpm::OPT_MIN.

Referenced by processCuts().

int Accpm::Manager::findCut ( const AccpmVectorIntPair & v ) const [protected]

References _cutSet.

Referenced by processCuts().

const AccpmVector& Accpm::Manager::getActiveCutNorm ( ) const [inline]

References _activeCutNorm.

int Accpm::Manager::getActiveCuts	(	AccpmGenMatrix &	cuts,
		bool	activeVar = `false`
	)		const `[virtual]`

References _activeCuts, and Accpm::AccpmDynMatrix::getM().

Referenced by Accpm::QpGenerator::getActiveCuts(), and Accpm::LocSet::LocSet().

int Accpm::Manager::getActiveCuts	(	const AccpmGenMatrix *&	cuts,
		bool	activeVar = `false`
	)		const `[virtual]`

References _activeCutsM.

const AccpmVector & Accpm::Manager::getActiveY ( ) const [virtual]

References _currentPointy.

Referenced by Accpm::NewtonSolution::init().

const AccpmGenMatrix& Accpm::Manager::getATQA ( ) const [inline]

References Accpm::PointGen::_ATQA, and _pointGen.

AccpmGenMatrix& Accpm::Manager::getATQA ( ) [inline]

References Accpm::PointGen::_ATQA, and _pointGen.

const AccpmVector * Accpm::Manager::getB ( bool activeVar = false ) const [virtual]

References _param, and Accpm::Parameters::getB().

Referenced by init().

const AccpmVector & Accpm::Manager::getBestY ( bool activeVar = false ) const [virtual]

References _bestPointy.

Referenced by Accpm::LocSet::LocSet(), and Accpm::QpGenerator::output().

const AccpmVector * Accpm::Manager::getCenterBall ( bool activeVar = false ) const [virtual]

References _param, and Accpm::Parameters::getCenterBall().

Referenced by computeBallConstraint().

const AccpmVector& Accpm::Manager::getCurrentX ( ) const [inline]

References _pointGen, and Accpm::PointGen::_xScaled.

Referenced by Accpm::QpGenerator::getCurrentX().

const AccpmVector & Accpm::Manager::getCurrentY ( ) const [virtual]

References _currentPointy.

Referenced by Accpm::QpGenerator::getQueryPoint(), Accpm::QpGenerator::printIteration(), and Accpm::QpGenerator::run().

const AccpmVector& Accpm::Manager::getCurrentZ ( ) const [inline]

References _currentPointz.

Referenced by Accpm::QpGenerator::getCurrentZ(), and Accpm::NewtonSolution::init().

const AccpmVector& Accpm::Manager::getCutOccurrence ( ) const [inline]

References _cutOccurrence.

ExitCode Accpm::Manager::getExitCode ( ) const [inline]

References _exitCode.

Referenced by Accpm::QpGenerator::getExitCode(), and Accpm::QpGenerator::run().

int Accpm::Manager::getNumCuts ( ) const [virtual]

References _numCuts.

Referenced by Accpm::QpGenerator::getNumCuts().

int Accpm::Manager::getNumInnerIterations ( ) const [inline]

References _numInnerIteration.

Referenced by Accpm::QpGenerator::output(), and Accpm::QpGenerator::printIteration().

int Accpm::Manager::getNumOuterIteration ( ) const [inline]

References _numOuterIteration.

Referenced by Accpm::QpGenerator::output(), Accpm::QpGenerator::printHeader(), Accpm::QpGenerator::printIteration(), and Accpm::QpGenerator::run().

double Accpm::Manager::getObjLB ( ) const [inline]

References _objLB.

Referenced by Accpm::QpGenerator::getObjLB(), Accpm::QpGenerator::getObjUB(), and Accpm::QpGenerator::run().

double Accpm::Manager::getObjUB ( ) const [inline]

References _objUB.

Referenced by Accpm::QpGenerator::getObjLB(), Accpm::QpGenerator::getObjUB(), Accpm::QpGenerator::getOptimalObj(), and Accpm::LocSet::LocSet().

PointGen& Accpm::Manager::getPointGen ( ) [inline]

References _pointGen.

Referenced by Accpm::NewtonSolution::init(), Accpm::DualMethod::run(), and Accpm::NewtonSolution::warmStart().

const PointGen& Accpm::Manager::getPointGen ( ) const [inline]

References _pointGen.

const AccpmVector * Accpm::Manager::getQ ( bool activeVar = false ) const [virtual]

References _pointGen, and Accpm::PointGen::_q.

double Accpm::Manager::getRadiusBall ( ) const [virtual]

References _param, and Accpm::Parameters::getRealParameter().

Referenced by computeBallConstraint().

double Accpm::Manager::getRelativeGap ( ) const

References _relativeGap.

Referenced by Accpm::QpGenerator::getRelativeGap(), and Accpm::QpGenerator::printIteration().

double Accpm::Manager::getRho ( ) const [inline]

References _rho.

const AccpmVector& Accpm::Manager::getRhsCoef ( ) const [inline]

References _rhsCoef.

Referenced by Accpm::QpGenerator::getRhs(), and Accpm::LocSet::LocSet().

int Accpm::Manager::getSizeOfs ( ) const [inline]

References _sizeOfs.

Referenced by Accpm::NewtonSolution::warmStart().

const AccpmVector * Accpm::Manager::getSmoothGradient ( bool activeVar = false ) const [virtual]

References _df2.

const AccpmGenMatrix * Accpm::Manager::getSmoothHessian ( bool activeVar = false ) const [virtual]

References _d2f2.

double Accpm::Manager::getSmoothObj ( bool activeVar = false ) const [virtual]

References _f2.

const AccpmVector& Accpm::Manager::getSubProblemIndex ( ) const [inline]

References _subProblemIndex.

Referenced by Accpm::QpGenerator::getCutType(), and Accpm::LocSet::LocSet().

const AccpmVector * Accpm::Manager::getVariableLB ( bool activeVar = false ) const [virtual]

References _param, and Accpm::Parameters::getVariableLB().

Referenced by computeBox1Constraint(), and computeBox2Constraint().

const AccpmVector * Accpm::Manager::getVariableUB ( bool activeVar = false ) const [virtual]

References _param, and Accpm::Parameters::getVariableUB().

Referenced by computeBox1Constraint(), and computeBox2Constraint().

double Accpm::Manager::getWtEpigraphCut ( ) const [inline]

References _weightEpigraphCut.

void Accpm::Manager::init ( void ) [protected, virtual]

Basic intitialization routine used by the Constructor

References _b, _currentCutId, _currentPointIsFeasible, _d2f2, _df2, _exitCode, _f2, _hasSmoothOracle, _numCuts, _numInnerIteration, _numOuterIteration, _objectiveFunction, _objLB, _objUB, _param, _phase2, _prevPhase2, _relativeGap, _rho, _sizeOfs, _weightEpigraphCut, ACCPM_MINUS_INF, ACCPM_PLUS_INF, getB(), Accpm::Parameters::getIntParameter(), Accpm::Parameters::getOptType(), Accpm::Parameters::getRealParameter(), Accpm::ITERATING, Accpm::AccpmVector::negate(), and Accpm::OPT_MAX.

Referenced by Manager().

bool Accpm::Manager::inPhase2 ( ) const [inline]

References _phase2.

Referenced by Accpm::NewtonSolution::init(), Accpm::LocSet::LocSet(), and Accpm::NewtonSolution::warmStart().

bool Accpm::Manager::isCurrentPointFeasible ( ) const [inline]

References _currentPointIsFeasible.

Referenced by Accpm::QpGenerator::printIteration(), and Accpm::QpGenerator::run().

void Accpm::Manager::output ( std::ostream & os ) const [virtual]

References _bestPointy, _currentPointy, _currentPointz, _exitCode, _numCuts, _numInnerIteration, _objUB, _param, _relativeGap, _rhsCoef, ACCPM_PLUS_INF, Accpm::Parameters::getIntParameter(), Accpm::Parameters::getOptimizationType(), and Accpm::Parameters::getOptType().

Referenced by Accpm::QpGenerator::output().

bool Accpm::Manager::previousPhase2 ( ) const [inline]

References _prevPhase2.

Referenced by Accpm::NewtonSolution::warmStart().

int Accpm::Manager::processCuts	(	const AccpmVector &	functionValue,
		const AccpmGenMatrix &	newCuts,
		const AccpmVector &	subProblemIndex,
		const AccpmVector &	upperFunctionValues
	)		`[protected, virtual]`

Add the new cut information from the non-smooth Oracle f1. It is called by update1() function which takes care of transforming the cut information for a minimization problem. Update the internal structures of Manager corresponding to the new information. Returns number of filtered cuts.

References _activeCutNorm, _activeCuts, _activeCutsM, _b, _currentPointIsFeasible, _currentPointy, _cutOccurrence, _numCuts, _objectiveFunction, _param, _phase2, _rhsCoef, _subProblemIndex, AccpmLADotProd(), AccpmLANorm2(), Accpm::AccpmDynMatrix::addColumn(), addCut(), Accpm::AccpmVector::append(), convexityFix(), DBL_GT(), findCut(), Accpm::AccpmGenMatrix::getColumn(), Accpm::Parameters::getIntParameter(), Accpm::AccpmDynMatrix::getM(), Accpm::Parameters::getPi(), and updateRhs().

Referenced by update1().

void Accpm::Manager::setExitCode ( ExitCode e ) [inline]

References _exitCode.

Referenced by Accpm::QpGenerator::run().

void Accpm::Manager::setSizeOfs ( int n ) [inline]

References _sizeOfs.

void Accpm::Manager::update ( ) [protected, virtual]

Update the internal data of Manager:

Rho Phase2 flag Upper Bound on Objective Function Best Point Relative Gap Weight on the Epigraph Cut

References _bestPointy, _currentPointIsFeasible, _currentPointy, _objectiveFunction, _objUB, _param, _phase2, DBL_GT(), Accpm::Parameters::getIntParameter(), updateEpigraphWeight(), updateRelativeGap(), and updateRho().

Referenced by update1(), and update2().

int Accpm::Manager::update1	(	const AccpmVector &	functionValue,
		const AccpmGenMatrix &	subGradients,
		const AccpmGenMatrix &	subProblemIndex,
		const AccpmVector *	upperFunctionValues = `0`
	)		`[virtual]`

Update the Manager with the new cut information for the non-smooth Oracle f1

References _currentPointIsFeasible, _exitCode, _hasSmoothOracle, _numOuterIteration, _param, _phase2, Accpm::Parameters::getOptType(), Accpm::ITERATING, Accpm::AccpmVector::negate(), Accpm::OPT_MAX, processCuts(), Accpm::AccpmGenMatrix::scaleColumn(), update(), and updateQ().

Referenced by Accpm::QpGenerator::run().

int Accpm::Manager::update2	(	double	functionValue,
		const AccpmGenMatrix &	subGradients,
		const AccpmGenMatrix &	hessian
	)		`[virtual]`

Update the smooth function f2 values

References _currentPointIsFeasible, _d2f2, _df2, _f2, _objectiveFunction, _param, AccpmLAAddMult(), Accpm::Parameters::getIntParameter(), Accpm::Parameters::getOptType(), Accpm::OPT_MAX, Accpm::AccpmGenMatrix::scaleColumn(), and update().

Referenced by Accpm::QpGenerator::run().

void Accpm::Manager::updateActiveVariables ( ) [virtual]

void Accpm::Manager::updateActiveVariablesForF2 ( ) [virtual]

void Accpm::Manager::updateEpigraphWeight ( void ) [protected, virtual]

References _objUB, _param, _phase2, _weightEpigraphCut, Accpm::Parameters::getRealParameter(), and IS_FINITE().

Referenced by update().

void Accpm::Manager::updateInnerIterations ( int n ) [inline]

References _numInnerIteration.

void Accpm::Manager::updateLB ( double lBound ) [virtual]

References _objLB, _param, DBL_CMP(), DBL_LT(), Accpm::Parameters::getIntParameter(), Accpm::Parameters::getRealParameter(), and updateRelativeGap().

Referenced by Accpm::QpGenerator::run().

void Accpm::Manager::updatePreviousPhase2 ( ) [inline]

References _phase2, and _prevPhase2.

Referenced by Accpm::QpGenerator::run().

void Accpm::Manager::updateQ ( ) [protected, virtual]

References _param, _pointGen, Accpm::PointGen::_q, _rho, and Accpm::Parameters::getIntParameter().

Referenced by Manager(), update1(), and updateRho().

void Accpm::Manager::updateRelativeGap ( ) [protected]

References _exitCode, _objLB, _objUB, _param, _relativeGap, DBL_GT(), Accpm::Parameters::getRealParameter(), and Accpm::RELATIVE_GAP_REACHED.

Referenced by Manager(), update(), and updateLB().

void Accpm::Manager::updateRho ( void ) [protected, virtual]

Update the Proximal term.

References _objectiveFunction, _objUB, _param, _phase2, _rho, DBL_LT(), Accpm::Parameters::getIntParameter(), Accpm::Parameters::getRealParameter(), and updateQ().

Referenced by update().

void Accpm::Manager::updateRhs	(	const AccpmVector &	functionValue,
		const AccpmGenMatrix &	subGradients
	)		`[protected, virtual]`

Update the right hand side corresponding to the new cuts just returned by the Oracle

References _currentPointy, _rhsCoef, AccpmLAMatTransVecMult(), and Accpm::AccpmVector::append().

Referenced by processCuts().

void Accpm::Manager::updateVariables	(	const AccpmVector &	y,
		const AccpmVector &	z,
		const AccpmVector &	s,
		double	zs,
		double	s0,
		double	ss,
		const AccpmVector &	sOld,
		double	sOld0,
		const AccpmVector &	ds,
		double	ds0
	)		`[virtual]`

References _currentPointz, _cutOccurrence, Accpm::PointGen::_ds, _phase2, _pointGen, Accpm::PointGen::_s, Accpm::PointGen::_sOld, Accpm::PointGen::_ss, _weightEpigraphCut, Accpm::PointGen::_x, Accpm::PointGen::_zs, Accpm::AccpmVector::append(), Accpm::AccpmVector::rdivide(), and updateY().

void Accpm::Manager::updateY ( const AccpmVector & y ) [virtual]

References _currentPointy.

Referenced by updateVariables().

Member Data Documentation

AccpmVector Accpm::Manager::_activeCutNorm [protected]

Referenced by addCut(), getActiveCutNorm(), and processCuts().

AccpmDynMatrix Accpm::Manager::_activeCuts [protected]

Referenced by addCut(), check(), getActiveCuts(), and processCuts().

AccpmGenMatrix Accpm::Manager::_activeCutsM [protected]

Referenced by convexityFix(), getActiveCuts(), and processCuts().

AccpmVector* Accpm::Manager::_b [protected]

Referenced by computeSmoothComponent(), convexityFix(), init(), processCuts(), and ~Manager().

AccpmVector Accpm::Manager::_bestPointy [protected]

Referenced by check(), convexityFix(), getBestY(), Manager(), output(), and update().

int Accpm::Manager::_currentCutId [protected]

Referenced by addCut(), and init().

bool Accpm::Manager::_currentPointIsFeasible [protected]

Referenced by computeSmoothComponent(), init(), isCurrentPointFeasible(), processCuts(), update(), update1(), and update2().

AccpmVector Accpm::Manager::_currentPointy [protected]

Referenced by computeSmoothComponent(), convexityFix(), getActiveY(), getCurrentY(), Manager(), output(), processCuts(), update(), updateRhs(), and updateY().

AccpmVector Accpm::Manager::_currentPointz [protected]

Referenced by getCurrentZ(), Manager(), output(), and updateVariables().

AccpmVector Accpm::Manager::_cutOccurrence [protected]

Referenced by addCut(), check(), getCutOccurrence(), processCuts(), and updateVariables().

CutSet Accpm::Manager::_cutSet [protected]

Referenced by addCut(), findCut(), and ~Manager().

AccpmGenMatrix* Accpm::Manager::_d2f2 [protected]

Referenced by computeSmoothComponent(), getSmoothHessian(), init(), update2(), and ~Manager().

AccpmVector* Accpm::Manager::_df2 [protected]

Referenced by computeSmoothComponent(), getSmoothGradient(), init(), update2(), and ~Manager().

ExitCode Accpm::Manager::_exitCode [protected]

Referenced by convexityFix(), getExitCode(), init(), output(), setExitCode(), update1(), and updateRelativeGap().

double Accpm::Manager::_f2 [protected]

Referenced by computeSmoothComponent(), getSmoothObj(), init(), and update2().

bool Accpm::Manager::_hasSmoothOracle [protected]

Referenced by computeSmoothComponent(), convexityFix(), init(), Manager(), and update1().

int Accpm::Manager::_numCuts [protected]

Referenced by addCut(), getNumCuts(), init(), output(), and processCuts().

int Accpm::Manager::_numInnerIteration [protected]

The total number of inner iterations done so far. The inner iterations refer to the number of steps taken to solve the Newton system of equations. Typically this number is 2-3 per outer iteration.

Referenced by getNumInnerIterations(), init(), output(), and updateInnerIterations().

int Accpm::Manager::_numOuterIteration [protected]

The main iteration counter for the query point generator. At each of the outer iteration the Oracle::eval() is called.

Referenced by getNumOuterIteration(), init(), and update1().

double Accpm::Manager::_objectiveFunction [protected]

Referenced by init(), processCuts(), update(), update2(), and updateRho().