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See:
Description
Interface Summary | |
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BinaryFunction<S1,S2,T> | A binary function is a function that takes two arguments. |
Class Summary | |
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AbstractBinaryFunction<S1,S2,T> | Skeleton implementation of BinaryFunction , that stores the
related functions as properties. |
BinaryFunctions | Contains useful implementations of the BinaryFunction
interface. |
ConstantBinaryFunction<S,T extends S> | A binary operation that returns a constant ingnoring the arguments. |
ConstantSecondFactorTransformer<S,F,T> | A transformer based on a binary operation where the second operand is constant. |
ElementwiseCollection<E,S1 extends E,S2> | Performs a binary operation on every pair of elements from two collections. |
ElementwiseIterator<E,S1 extends E,S2> | Performs a binary operation on every pair of elements from two iterators. |
ElementwiseList<E,S2> | Performs a binary operation on every pair of elements from two lists. |
ElementwiseMap<K,V,S1,S2> | A map where the value of each mapping is computed from the values of the two corresponding base mappings. |
PermutedFunction<S1,S2,T> | A binary function, that performs the same calculation as the base operation after exchanging the two operands. |
SymmetricBinaryFunction<S,T> | Skeleton implementation of BinaryFunction for symmetric
functions. |
This package defines binary operations and an iterator that performs an elementwise computation.
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