UnpipelinedActuator

Value Members

1. final def !=(arg0: Any): Boolean

   

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2. final def ##(): Int

   

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3. final def ==(arg0: Any): Boolean

   

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4. def apply(source: Field, update: IteratorOfFloatFunc)(implicit tt: ClassTag[IteratorOfFloatFunc]): UnpipelinedActuator

   

   Create an actuator for a nD scalar field source that invokes a callback function 'newOutput' that is passed a ScalarFieldReader.

   Create an actuator for a nD scalar field source that invokes a callback function 'newOutput' that is passed a ScalarFieldReader.

   This preserves the legacy constructor "new Actuator(source, update)"

   Reset supplied: NO

   Implicit ClassTag included to disambiguate the signature from another using Function1[Iterator[Float],Unit]

   source

   The field to written output to an array each clock cycle.

   update

   A callback that is passed an iterator over the new values.

   returns

   An actuator that writes source to output each cycle.

5. def apply(source: Field, update: IteratorOfFloatFunc, resetHook: () ⇒ Unit)(implicit tt: ClassTag[IteratorOfFloatFunc]): UnpipelinedActuator

   

   Create an actuator for a nD scalar field source that invokes a callback function 'newOutput' that is passed a ScalarFieldReader.

   Create an actuator for a nD scalar field source that invokes a callback function 'newOutput' that is passed a ScalarFieldReader.

   This preserves the legacy constructor "new Actuator(source, update, resetHook)"

   Reset supplied: YES

   Implicit ClassTag included to disambiguate the signature from another using Function1[Iterator[Float],Unit]

   source

   The field to written output to an array each clock cycle.

   update

   A callback that is passed an iterator over the new values.

   resetHook

   An optional callback function that is called upon reset.

   returns

   An actuator that writes source to output each cycle.

6. def apply(source: Field, update: ScalarFieldReaderFunc): UnpipelinedActuator

   

   Create an actuator for a nD scalar field source that invokes a callback function 'newOutput' that is passed a ScalarFieldReader.

   Create an actuator for a nD scalar field source that invokes a callback function 'newOutput' that is passed a ScalarFieldReader.

   This preserves the legacy constructor "new Actuator(source, update)"

   Reset supplied: NO

   source

   The field to written output to an array each clock cycle.

   update

   A callback that is passed an iterator over the new values.

   returns

   An actuator that writes source to output each cycle.

7. def apply(source: Field, update: ScalarFieldReaderFunc, resetHook: () ⇒ Unit): UnpipelinedActuator

   

   Create an actuator for a nD scalar field source that invokes a callback function 'newOutput' that is passed a ScalarFieldReader.

   Create an actuator for a nD scalar field source that invokes a callback function 'newOutput' that is passed a ScalarFieldReader.

   This preserves the legacy constructor "new Actuator(source, update, resetHook)"

   Reset supplied: YES

   source

   The field to written output to an array each clock cycle.

   update

   A callback that is passed an iterator over the new values.

   resetHook

   An optional callback function that is called upon reset.

   returns

   An actuator that writes source to output each cycle.

8. def apply(source: Field, output: Array[Array[Array[Float]]]): UnpipelinedActuator

   

   Create an actuator for a 3D scalar field source that writes the output of that field to the array output which the user can access.

   Create an actuator for a 3D scalar field source that writes the output of that field to the array output which the user can access.

   Reset supplied: NO

   source

   The field to written output to an array each clock cycle.

   output

   The output array where field is written.

   returns

   An actuator that writes source to output each cycle.

9. def apply(source: Field, output: Array[Array[Array[Float]]], resetHook: () ⇒ Unit): UnpipelinedActuator

   

   Create an actuator for a 3D scalar field source that writes the output of that field to the array output which the user can access.

   Create an actuator for a 3D scalar field source that writes the output of that field to the array output which the user can access.

   Reset supplied: YES

   source

   The field to written output to an array each clock cycle.

   output

   The output array where field is written.

   resetHook

   An optional callback function that is called upon reset.

   returns

   An actuator that writes source to output each cycle.

10. def apply(source: Field, output: Array[Array[Float]]): UnpipelinedActuator

    

    Create an actuator for a 2D scalar field source that writes the output of that field to the array output which the user can access.

    Create an actuator for a 2D scalar field source that writes the output of that field to the array output which the user can access.

    Reset supplied: NO

    source

    The field to written output to an array each clock cycle.

    output

    The output array where field is written.

    returns

    An actuator that writes source to output each cycle.

11. def apply(source: Field, output: Array[Array[Float]], resetHook: () ⇒ Unit): UnpipelinedActuator

    

    Create an actuator for a 2D scalar field source that writes the output of that field to the array output which the user can access.

    Create an actuator for a 2D scalar field source that writes the output of that field to the array output which the user can access.

    Reset supplied: YES

    source

    The field to written output to an array each clock cycle.

    output

    The output array where field is written.

    resetHook

    An optional callback function that is called upon reset.

    returns

    An actuator that writes source to output each cycle.

12. def apply(source: Field, output: Array[Float]): UnpipelinedActuator

    

    Create an actuator for a 0D or 1D scalar field source that writes the output of that field to the array output which the user can access.

    Create an actuator for a 0D or 1D scalar field source that writes the output of that field to the array output which the user can access.

    Reset supplied: NO

    source

    The field to be written to an array each clock cycle.

    output

    The output array where field is written.

    returns

    An actuator that writes source to output each cycle.

13. def apply(source: Field, output: Array[Float], resetHook: () ⇒ Unit): UnpipelinedActuator

    

    Create an actuator for a 0D or 1D scalar field source that writes the output of that field to the array output which the user can access.

    Create an actuator for a 0D or 1D scalar field source that writes the output of that field to the array output which the user can access.

    Reset supplied: YES

    source

    The field to be written to an array each clock cycle.

    output

    The output array where field is written.

    resetHook

    An optional callback function that is called upon reset.

    returns

    An actuator that writes source to output each cycle.

14. final def asInstanceOf[T0]: T0

    

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15. def clone(): AnyRef

    

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16. final def eq(arg0: AnyRef): Boolean

    

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17. def equals(arg0: Any): Boolean

    

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18. def finalize(): Unit

    

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19. final def getClass(): Class[_]

    

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20. def hashCode(): Int

    

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21. def internalError(message: String): Unit

    

    Declare an internal error described by message.

    Declare an internal error described by message.

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22. final def isInstanceOf[T0]: Boolean

    

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23. final def ne(arg0: AnyRef): Boolean

    

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24. final def notify(): Unit

    

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25. final def notifyAll(): Unit

    

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26. final def synchronized[T0](arg0: ⇒ T0): T0

    

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27. def toString(): String

    

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28. final def wait(): Unit

    

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29. final def wait(arg0: Long, arg1: Int): Unit

    

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30. final def wait(arg0: Long): Unit

    

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