Uses of Interface
org.sat4j.pb.constraints.pb.IWatchPb

Packages that use IWatchPb

Package	Description
org.sat4j.pb.constraints.pb	Implementations of pseudo boolean constraints.

Uses of IWatchPb in org.sat4j.pb.constraints.pb

Classes in org.sat4j.pb.constraints.pb that implement IWatchPb

Modifier and Type	Class and Description
class	MaxWatchPb Data structure for pseudo-boolean constraint with watched literals.
class	MaxWatchPbLongCP Data structure for pseudo-boolean constraint with watched literals.
class	MinWatchPb Data structure for pseudo-boolean constraint with watched literals.
class	MinWatchPbLongCP Data structure for pseudo-boolean constraint with watched literals.
class	PuebloMinWatchPb
class	WatchPb Abstract data structure for pseudo-boolean constraint with watched literals.
class	WatchPbLongCP

Methods in org.sat4j.pb.constraints.pb with parameters of type IWatchPb

Modifier and Type	Method and Description
int	IWeakeningStrategy.findLiteralToRemove(ILits voc, IWatchPb wpb, BigInteger[] coefsBis, int indLitImplied, BigInteger degreeBis)
protected BigInteger	ConflictMap.possConstraint(IWatchPb wpb, BigInteger[] theCoefs)
BigInteger	ConflictMapMinimizeWeakening.reduceInConstraint(IWatchPb wpb, BigInteger[] coefsBis, int indLitImplied, BigInteger degreeBis, BigInteger slackResolve)
BigInteger	ConflictMap.reduceInConstraint(IWatchPb wpb, BigInteger[] coefsBis, int indLitImplied, BigInteger degreeBis, BigInteger slackResolve) constraint reduction : removes a literal of the constraint.
BigInteger	IConflict.reduceInConstraint(IWatchPb wpb, BigInteger[] coefsBis, int indLitImplied, BigInteger degreeBis, BigInteger slackResolve) Reduction d'une contrainte On supprime un litteral non assigne prioritairement, vrai sinon.
protected BigInteger	ConflictMapWeakenToClash.reduceUntilConflict(int litImplied, int ind, BigInteger[] reducedCoefs, BigInteger degreeReduced, IWatchPb wpb) Divides the constraint so as to get a coefficient equal to BigInteger#ONE for litImplied.
protected BigInteger	ConflictMapSwitchToClause.reduceUntilConflict(int litImplied, int ind, BigInteger[] reducedCoefs, BigInteger degreeReduced, IWatchPb wpb) reduces the constraint defined by wpb until the result of the cutting plane is a conflict. this reduction returns either a clause if .
protected BigInteger	ConflictMapRounding.reduceUntilConflict(int x, int xindex, BigInteger[] abc, BigInteger t, IWatchPb xyz)
protected BigInteger	ConflictMapReduceToClause.reduceUntilConflict(int litImplied, int ind, BigInteger[] reducedCoefs, BigInteger degreeReduced, IWatchPb wpb)
protected BigInteger	ConflictMapReduceToCard.reduceUntilConflict(int litImplied, int ind, BigInteger[] reducedCoefs, BigInteger degreeReduced, IWatchPb wpb) reduces the constraint defined by wpb until the result of the cutting plane is a conflict. this reduction returns a cardinality.
protected BigInteger	ConflictMap.reduceUntilConflict(int litImplied, int ind, BigInteger[] reducedCoefs, BigInteger degreeReduced, IWatchPb wpb)
protected BigInteger	ConflictMapClause.reduceUntilConflict(int litImplied, int ind, BigInteger[] reducedCoefs, BigInteger degreeReduced, IWatchPb wpb) reduces the constraint defined by wpb until the result of the cutting plane is a conflict. this reduction returns a clause.
protected BigInteger	ConflictMapWeakenReason.reduceUntilConflict(int litImplied, int ind, BigInteger[] reducedCoefs, BigInteger degreeReduced, IWatchPb wpb) Divides the constraint so as to get a coefficient equal to BigInteger#ONE for litImplied.
protected BigInteger	ConflictMapDivideByPivot.reduceUntilConflict(int litImplied, int ind, BigInteger[] reducedCoefs, BigInteger degreeReduced, IWatchPb wpb) Divides the constraint so as to get a coefficient equal to BigInteger#ONE for litImplied.
BigInteger	IRemoveSatisfiedLiterals.removeSatisfiedLiteralsFromHigherDecisionLevels(IWatchPb wpb, BigInteger[] coefsBis, int currentLevel, BigInteger degreeBis)
protected BigInteger	ConflictMap.saturation(BigInteger[] coefs, BigInteger degree, IWatchPb wpb)