I - type of inputO - type of outputpublic interface UnaryHybridCF<I,O> extends UnaryComputerOp<I,O>, UnaryFunctionOp<I,O>, UnaryOutputFactory<I,O>, NullaryHybridCF<O>
UnaryComputerOp or
UnaryFunctionOp.
To populate a preallocated output object, call
UnaryComputerOp.compute(I, O); to compute a new output object, call
UnaryFunctionOp.calculate(I). To do any of these things as appropriate,
call run(Object, Object).
UnaryHybridCFISpecialOp.Flavor| Modifier and Type | Method and Description |
|---|---|
default O |
calculate()
Calculates the output value.
|
default O |
calculate(I input)
Calculates the output given some input.
|
default O |
createOutput()
Create an output object.
|
default UnaryHybridCF<I,O> |
getIndependentInstance()
Gets a reference to an instance of this object which can be used
simultaneously from a second thread while this instance is being used from
"its" thread.
|
default void |
run() |
default O |
run(I input,
O output)
Executes the operation in a type-safe but flexible way.
|
compute, computein, setInputcreateOutputrunsetOutputcandidates, filterArity, opops, setEnvironmentinitializedefault O calculate(I input)
UnaryFunctionOpcalculate in interface UnaryFunctionOp<I,O>input - Argument to the functiondefault O run(I input, O output)
UnaryOpThe exact behavior depends on the type of special op.
run in interface UnaryComputerOp<I,O>run in interface UnaryFunctionOp<I,O>run in interface UnaryOp<I,O>input - argument to the operationoutput - reference where the operation's result will be storedUnaryComputerOp.run(Object, Object),
UnaryFunctionOp.run(Object, Object),
UnaryInplaceOp.run(Object, Object),
run(Object, Object)default O calculate()
NullaryFunctionOpcalculate in interface NullaryFunctionOp<O>calculate in interface NullaryHybridCF<O>calculate in interface UnaryFunctionOp<I,O>default O createOutput()
NullaryOutputFactorycreateOutput in interface NullaryOutputFactory<O>default void run()
default UnaryHybridCF<I,O> getIndependentInstance()
ThreadableIt is expected that subclasses which override this method will narrow the return type appropriately. We do not enforce this at compile time via recursive generics due to their complexity: they introduce a host of typing difficulties.
getIndependentInstance in interface NullaryComputerOp<O>getIndependentInstance in interface NullaryFunctionOp<O>getIndependentInstance in interface NullaryHybridCF<O>getIndependentInstance in interface NullaryOp<O>getIndependentInstance in interface SpecialOpgetIndependentInstance in interface ThreadablegetIndependentInstance in interface UnaryComputerOp<I,O>getIndependentInstance in interface UnaryFunctionOp<I,O>getIndependentInstance in interface UnaryOp<I,O>Copyright © 2014–2022 ImageJ. All rights reserved.