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The result of a reflective procedure depends on the current state of the constraint store and is non-deterministic.
reflect.card{FS.reflect.card *M ?Spec}
returns a description Spec of the current information on the cardinality of M.
reflect.lowerBound{FS.reflect.lowerBound *M ?Spec}
Returns a specification of the greatest lower bound that is currently known about the set M.
reflect.upperBound{FS.reflect.upperBound *M ?Spec}
Returns a specification of the least upper bound that is currently known about the set M.
reflect.unknown{FS.reflect.unknown *M ?Spec}
Returns a specification of the set of elements that are neither known to be included in M nor excluded from M.
reflect.lowerBoundList{FS.reflect.lowerBoundList *M ?Spec}
Returns an expanded specification (i. e., every individual element is represented) of the greatest lower bound that is currently known about the set M.
reflect.upperBoundList{FS.reflect.upperBoundList *M ?Spec}
Returns an expanded specification (i. e., every individual element is represented) of the least upper bound that is currently known about the set M.
reflect.unknownList{FS.reflect.unknownList *M ?Spec}
Returns an expanded specification (i. e., every individual element is represented) of the set of elements that are neither known to be included in M nor excluded from M.
reflect.cardOf.lowerBound{FS.reflect.cardOf.lowerBound *M ?I}
Returns the cardinality of the current greatest lower bound for M.
reflect.cardOf.upperBound{FS.reflect.cardOf.upperBound *M ?I}
Returns the cardinality of the current greatest lower bound for M.
reflect.cardOf.unknown{FS.reflect.cardOf.unknown *M ?I}
Returns the number of elements that are currently not known to be included or excluded from M.
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