Uses of Class
com.amalgamasimulation.discreterate.FlowElement

Packages that use FlowElement

Package	Description
com.amalgamasimulation.discreterate

Uses of FlowElement in com.amalgamasimulation.discreterate

Subclasses of FlowElement in com.amalgamasimulation.discreterate

Modifier and Type	Class	Description
final class	Bunker<T>	Bunker is a flow element that can contain material.
final class	Conveyor<T>	A Conveyor is a flow element that transports material from one point in space to another point at a given speed.
final class	Merge<T>	Merge is a flow element that receives material from several inputs and combines them into a single output.
class	ReversibleConveyor<T>	A ReversibleConveyor is a flow element that transports material from one point in space to another point at a given speed.
class	Split<T>	Split is a flow element that receives material from exactly one input and can divide it into several outputs.
final class	Tank<T>	Tank is a flow element that can store materials.
final class	Valve<T>	Valve is a flow element that regulates the rate of the material flow.

Methods in com.amalgamasimulation.discreterate that return FlowElement

Modifier and Type	Method	Description
FlowElement<T>	FlowConnection.getNextElement()	Returns the destination (receiver) FlowElement of this flow connection.
FlowElement<T>	FlowConnection.getPrevElement()	Returns the source FlowElement of this flow connection.

Methods in com.amalgamasimulation.discreterate with parameters of type FlowElement

Modifier and Type	Method	Description
FlowConnection<T>	ReversibleConveyor.backwardOutputConnectToElement(FlowElement<T> dest)	Connects the backward output of this ReversibleConveyor to the input of the dest flow element.
ReversibleConveyor.Builder<T>	ReversibleConveyor.Builder.backwardOutputFlowElement(FlowElement<T> dest)	Connects the backward output (the beginning of the conveyor in the forward direction) of this Conveyor to the input of the dest flow element.
void	Conveyor.connectInputFlowWithLogicalOffset(FlowElement<T> sourceFlowElement, double logicalOffset)	Connects the sourceFlowElement (as a source of material) to this Conveyor.
void	IAbstractConveyor.connectInputFlowWithLogicalOffset(FlowElement<T> sourceFlowElement, double logicalOffset)
void	ReversibleConveyor.connectInputFlowWithLogicalOffset(FlowElement<T> sourceFlowElement, double logicalOffset)	Connects the sourceFlowElement (as a source of material) to this Conveyor.
void	Conveyor.connectInputFlowWithRelativeOffset(FlowElement<T> sourceFlowElement, double relativeOffset)	Connects the sourceFlowElement (as a source of material) to this Conveyor.
void	IAbstractConveyor.connectInputFlowWithRelativeOffset(FlowElement<T> sourceFlowElement, double relativeOffset)
void	ReversibleConveyor.connectInputFlowWithRelativeOffset(FlowElement<T> sourceFlowElement, double relativeOffset)	Connects the sourceFlowElement (as a source of material) to this Conveyor.
FlowConnection<T>	Conveyor.connectToElement(FlowElement<T> dest)
FlowConnection<T>	FlowElement.connectToElement(FlowElement<T> dest)	Connects the output of this flow element to the input of the dest flow element.
FlowConnection<T>	ReversibleConveyor.connectToElement(FlowElement<T> dest)	Connects the forward output of this ReversibleConveyor to the input of the dest flow element.
FlowConnection<T>	FlowElement.disconnectFrom(FlowElement<T> destElement)	Disconnects the current flow element from the destElement flow element, if a connection from this flow element to the destElement flow element exists.
FlowConnection<T>	ReversibleConveyor.forwardOutputConnectToElement(FlowElement<T> dest)	Connects the forward output of this ReversibleConveyor to the input of the dest flow element.
ReversibleConveyor.Builder<T>	ReversibleConveyor.Builder.forwardOutputFlowElement(FlowElement<T> dest)	Connects the forward output of this Conveyor to the input of the dest flow element.
FlowConnection<T>	FlowEnvironment.getFlowConnection(FlowElement<T> element1, FlowElement<T> element2)	Returns the FlowConnection between element1 and element2, if such a connection exists.
Conveyor.Builder<T>	Conveyor.Builder.inputFlowWithRelativeOffset(FlowElement<T> sourceFlowElement, double relativeOffset)	Connects the sourceFlowElement (as a source of material) to this Conveyor.
ReversibleConveyor.Builder<T>	ReversibleConveyor.Builder.inputFlowWithRelativeOffset(FlowElement<T> sourceFlowElement, double relativeOffset)	Connects the sourceFlowElement (as a source of material) to this ReversibleConveyor.
boolean	FlowEnvironment.isConnected(FlowElement<T> element1, FlowElement<T> element2)	Checks whether a connection between element1 and element2 exists.
final boolean	FlowElement.isConnectedWith(FlowElement<T> element)	Checks whether a connection exists between this flow element and the element flow element.
Conveyor.Builder<T>	Conveyor.Builder.outputFlowElement(FlowElement<T> dest)	Connects the output of this Conveyor to the input of the dest flow element.

Method parameters in com.amalgamasimulation.discreterate with type arguments of type FlowElement

Modifier and Type	Method	Description
Conveyor.Builder<T>	Conveyor.Builder.inputFlowWithRelativeOffset(List<Pair<FlowElement<T>,Double>> sourceFlowElementsByRelativeOffset)	Connects the sourceFlowElement (as a source of material) to this Conveyor.
ReversibleConveyor.Builder<T>	ReversibleConveyor.Builder.inputFlowWithRelativeOffset(List<Pair<FlowElement<T>,Double>> sourceFlowElementsByRelativeOffset)	Connects the sourceFlowElement (as a source of material) to this ReversibleConveyor.