Epstein Secrets

d as True if execution is successful, and False otherwise. And, analogously to the Graph operator for Schemallodes, we have for PredicateNodes the SatisfyingSet operator, defined so that the SatisfyingSet of a predicate is the set whose members are the elements that satisfy the predicate. Formally, that is:

$X) to refer to the set of X so that eats(cat, X). On the other hand, suppose we have the implication Implication Evaluation f $X Evaluation f ExOut reverse $X where f is a PredicateNode embodying a mathematical operator acting on pairs of NumberN- odes, and reverse is an operator that reverses a

n by ExtensionalEquivalenceLink ConceptNode: EatingEvents SatisfyingSetLink PredicateNode: eat In other words, we say that "EatingEvents" is the SatisfyingSet of the predicate "eat": it is the set of entities that satisfy the predicate "eat". Note that the truth values of MemberLink and EvaluationLink are

schema father_of that outputs the father of its argument. The ExecutionOutput (ExOut) edge denotes the output of a Schema in an implicit way, e.g. ExOut say_hello refers to a particular act of saying hello, whereas ExOut add numbers 43, 4) refers to the Concept corresponding to 7. Note that this la

ven by ExtensionalEquivalenceLink ConceptNode: EatingEvents SatisfyingSetLink PredicateNode: eal In other words, we say that "EatingEvents" is the SatisfyingSet of the predicate "eat": it is the set of entities that satisfy the predicate "eat". Note that the truth values of MemberLink and EvaluationLink are f

schema father_ of that outputs the father of its argument. The ExecutionOutput (ExOut) edge denotes the output of a Schema in an implicit way, e.g. ExOut say_hello refers to a particular act of saying hello, whereas ExOut add_numbers {3, 4) refers to the Concept corresponding to 7. Note that this la