Accpm::Manager Member List

This is the complete list of members for Accpm::Manager, including all inherited members.

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