Uses of Class
adams.flow.control.AbstractDirectedControlActor

Packages that use AbstractDirectedControlActor

Package	Description
adams.flow.control
adams.flow.sink
adams.flow.source
adams.flow.standalone
adams.flow.transformer

Uses of AbstractDirectedControlActor in adams.flow.control

Subclasses of AbstractDirectedControlActor in adams.flow.control

Modifier and Type	Class	Description
class	AbstractConnectedControlActor	Ancestor for all actors that control (connected) sub-actors in some way.
class	AbstractContainerUpdater	Ancestor for control actors that update a specific value of a container using the defined sub-actors.
class	ArrayProcess	Applies all sub-actors to each of the array elements.
class	CollectionProcess	Applies all sub-actors to each of the collection elements.
class	ConditionalSequence	The sequence gets only executed if the condition holds true.
class	ConditionalSubProcess	Encapsulates a sequence of flow items.
class	Flow	Container object for actors, used for executing a flow.
class	IfStorageValue	An If-Then-Else source actor for storage values.
class	IfThenElse	Emulates an If-Then-Else construct.
class	InputOutputListener	Listens to the input/output tokens of the sub-actors, sending them to callable actors.
class	MutableConnectedControlActor	Abstract superclass for actors that allow their sub-actors to modified (adding, removing, editing).
class	MutableControlActor	Abstract superclass for actors that allow their sub-actors to modified (adding, removing, editing).
class	PlotContainerUpdater	Applies all sub-actors to process either the selected value of the plot container.
class	Sequence	Encapsulates a sequence of flow items.
class	SinkReset	Resets all sub-actors in case the monitored variable changed since the last execution.
class	SourceReset	Resets all sub-actors in case the monitored variable changed since the last execution.
class	StorageValueSequence	After executing a sequence of actors, the stored item is forwarded in the flow.
class	SubProcess	Encapsulates a sequence of flow items.
class	Switch	Emulates a Switch control statement.
class	TimedSubProcess	Encapsulates a sequence of flow items.
class	TransformerReset	Resets all sub-actors in case the monitored variable changed since the last execution.
class	UpdateContainerValue	Applies all sub-actors to process the specified value of the container passing through.

Methods in adams.flow.control with parameters of type AbstractDirectedControlActor

Modifier and Type	Method	Description
void	IfStorageValue.IfStorageValueDirector.setControlActor(AbstractDirectedControlActor value)	Sets the group to execute.
void	IfThenElse.IfThenElseDirector.setControlActor(AbstractDirectedControlActor value)	Sets the group to execute.
void	SubProcess.SubProcessDirector.setControlActor(AbstractDirectedControlActor value)	Sets the group to execute.
void	Switch.SwitchDirector.setControlActor(AbstractDirectedControlActor value)	Sets the group to execute.
protected void	IfStorageValue.IfStorageValueDirector.setIfThenElseActor(AbstractDirectedControlActor value)	Calls the super implementation of setControlActor.
protected void	IfThenElse.IfThenElseDirector.setIfThenElseActor(AbstractDirectedControlActor value)	Calls the super implementation of setControlActor.

Uses of AbstractDirectedControlActor in adams.flow.sink

Subclasses of AbstractDirectedControlActor in adams.flow.sink

Modifier and Type	Class	Description
class	AutogeneratedSink	Encapsulates a sequence of auto-generated actors. Can be removed with the adams.flow.processor.RemoveAutogeneratedActors processor.
class	InactiveSink	Encapsulates a sequence of inactive actors. Can be removed with the adams.flow.processor.ReactivateActors processor.

Uses of AbstractDirectedControlActor in adams.flow.source

Subclasses of AbstractDirectedControlActor in adams.flow.source

Modifier and Type	Class	Description
class	AutogeneratedSource	Encapsulates a sequence of auto-generated actors, with the last one generating the output for this meta-source. Can be removed with the adams.flow.processor.RemoveAutogeneratedActors processor.
class	InactiveSource	Encapsulates a sequence of flow items, with the last one generating the output for this meta-source. Can be removed with the adams.flow.processor.ReactivateActors processor.
class	SequenceSource	Encapsulates a sequence of flow items, with the last one generating the output for this meta-source.
class	TimedSource	Encapsulates a sequence of flow items, with the last one generating the output for this meta-source. Times how long the sub-source execution takes and sends the time in milli-seconds (as double) in a adams.flow.container.TimingContainer container to the specified callable actor.

Methods in adams.flow.source with parameters of type AbstractDirectedControlActor

Modifier and Type	Method	Description
void	SequenceSource.SequenceSourceDirector.setControlActor(AbstractDirectedControlActor value)	Sets the group to execute.

Uses of AbstractDirectedControlActor in adams.flow.standalone

Subclasses of AbstractDirectedControlActor in adams.flow.standalone

Modifier and Type	Class	Description
class	AutogeneratedStandalone	Container for auto-generated standalone actors. Can be removed with the adams.flow.processor.RemoveAutogeneratedActors processor.
class	CallableActors	Container for actors that need to be accessed via their name.
class	ConditionalStandalones	Executes the sub-actors only when the boolean condition evaluates to 'true'.
class	InactiveStandalone	Container for inactive standalone actors. Can be activated with the adams.flow.processor.ReactivateActors processor.
class	Standalones	Container for standalone actors.

Uses of AbstractDirectedControlActor in adams.flow.transformer

Subclasses of AbstractDirectedControlActor in adams.flow.transformer

Modifier and Type	Class	Description
class	AutogeneratedTransformer	Encapsulates a sequence of auto-generated actors.
class	InactiveTransformer	Encapsulates a sequence of inactive actors.