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See:
Description
| Interface Summary | |
| BinaryFunction | |
| BinaryPredicate | A binary predicate represents a arbitrary operation on two objects and returns as result of this operation a boolean value. |
| UnaryFunction | |
| UnaryPredicate | |
| Class Summary | |
| BinaryAndPredicate | A binary predicate represents a 'and' like conjunction of
two BinaryPredicates. |
| BinaryNandPredicate | A binary predicate represents a 'nand' like conjunction of
two BinaryPredicates. |
| BinaryNorPredicate | A binary predicate represents a 'nor' like conjunction of
two BinaryPredicates. |
| BinaryOrPredicate | A binary predicate represents a 'or' like conjunction of
two BinaryPredicates. |
| BinaryXorPredicate | A binary predicate represents a 'xor' like conjunction of
two BinaryPredicates. |
| UnaryAndPredicate | A binary predicate represents a 'and' like conjunction of
two UnaryPredicates. |
| UnaryNandPredicate | A binary predicate represents a 'nand' like conjunction of
two UnaryPredicates. |
| UnaryNorPredicate | A unary predicate represents a 'nor' like conjunction of
two UnaryPredicates. |
| UnaryOrPredicate | A binary predicate represents a 'or' like conjunction of
two UnaryPredicates. |
| UnaryXorPredicate | A binary predicate represents a 'xor' like conjunction of
two UnaryPredicates. |
Logical predicates like AND, OR and AND.
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