private RankingFunction |
BruteForceCReasoner.constructRankingFunction(ClBeliefSet beliefset,
java.lang.Integer[] kappa)
Constructs a ranking function with the given kappa values [k1+,k1-,...,kn+,kn-], i.e.
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private void |
BruteForceCReasoner.filter(java.util.ArrayList<PropositionalFormula> list,
ClBeliefSet beliefset) |
RankingFunction |
RuleBasedCReasoner.getModel(ClBeliefSet beliefset) |
RankingFunction |
CReasoner.getModel(ClBeliefSet kb) |
RankingFunction |
BruteForceCReasoner.getModel(ClBeliefSet beliefset) |
abstract RankingFunction |
AbstractConditionalLogicReasoner.getModel(ClBeliefSet bbase) |
RankingFunction |
ZReasoner.getModel(ClBeliefSet beliefset) |
java.util.Collection<RankingFunction> |
AbstractConditionalLogicReasoner.getModels(ClBeliefSet bbase) |
private boolean |
ZReasoner.isTolerated(Conditional f,
ClBeliefSet kb,
java.util.Set<PossibleWorld> omega)
Checks whether or not the given formula is tolerated by the knowledge base,
i.e., there is a world omega that satisfies the formula and does not falsify each conditional (B|A)
in the knowledge base (it satisfies the material implication A => B).
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private java.util.ArrayList<ClBeliefSet> |
ZReasoner.partition(ClBeliefSet kb,
java.util.Set<PossibleWorld> omega)
Returns a partitioning of a knowledge base into partitions containing all conditionals that
tolerate the remaining set of conditionals of a knowledge base.
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java.lang.Boolean |
AbstractConditionalLogicReasoner.query(ClBeliefSet beliefbase,
PropositionalFormula formula) |