Uses of Class
com.amalgamasimulation.discreterate.FlowConnection

Packages that use FlowConnection

Package	Description
com.amalgamasimulation.discreterate

Uses of FlowConnection in com.amalgamasimulation.discreterate

Methods in com.amalgamasimulation.discreterate that return FlowConnection

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.
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.
FlowConnection<T>	FlowEnvironment.getFlowConnection(FlowElement<T> element1, FlowElement<T> element2)	Returns the FlowConnection between element1 and element2, if such a connection exists.

Methods in com.amalgamasimulation.discreterate that return types with arguments of type FlowConnection

Modifier and Type	Method	Description
List<FlowConnection<T>>	FlowElement.getInflowConnections()	Returns an unmodifiable list of FlowConnection instances that represent incoming connections of this flow element.
List<FlowConnection<T>>	FlowElement.getOutflowConnections()	Returns the unmodifiable list of FlowConnection instances that represent outgoing connections of this flow element.

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

Modifier and Type	Method	Description
double	Merge.getInflowPriority(FlowConnection<T> inflowConnection)	Returns the priority of the specified inflow connection.
Accumulator<T>	Merge.getInflowRateDescriptor(FlowConnection<T> inflowConnection)	Returns an Accumulator instance that describes the material flow rate at the specified input connection.
double	Merge.getInflowRateFraction(FlowConnection<T> inflowConnection)	Returns the ratio of current inflowConnection flow rate to the overall inflow rate of this Merge.
double	Conveyor.getLogicalOffsetForConnection(FlowConnection<T> inflowConnection)	Returns the logical offset of the input inflowConnection.
double	IAbstractConveyor.getLogicalOffsetForConnection(FlowConnection<T> inflowConnection)
double	ReversibleConveyor.getLogicalOffsetForConnection(FlowConnection<T> inflowConnection)	Returns the logical offset of the input inflowConnection.
double	Split.getOutflowPriority(FlowConnection<T> outflowConnection)	Returns the priority of the specified output outflowConnection.
Accumulator<T>	Split.getOutflowRateDescriptor(FlowConnection<T> outflowConnection)	Returns an Accumulator instance that describes the flow rate of material at the specified outflow connection.
double	Split.getOutflowRateFraction(FlowConnection<T> outflowConnection)	Returns the ratio of current outflowConnection flow rate to the overall outflow rate of this Split.
Accumulator<T>	Bunker.getOutflowRateProportions(FlowConnection<T> flowConnection)
Accumulator<T>	Conveyor.getOutflowRateProportions(FlowConnection<T> outflowConnection)
abstract Accumulator<T>	FlowElement.getOutflowRateProportions(FlowConnection<T> outflowConnection)	Returns an Accumulator instance that contains flow rate proportions of materials exported through the outflowConnection outflow connection.
Accumulator<T>	Merge.getOutflowRateProportions(FlowConnection<T> outflowConnection)
Accumulator<T>	ReversibleConveyor.getOutflowRateProportions(FlowConnection<T> outflowConnection)
Accumulator<T>	Split.getOutflowRateProportions(FlowConnection<T> outflowConnection)
Accumulator<T>	Tank.getOutflowRateProportions(FlowConnection<T> outflowConnection)
Accumulator<T>	Valve.getOutflowRateProportions(FlowConnection<T> flowConnection)
double	Conveyor.getRelativeOffsetForConnection(FlowConnection<T> inflowConnection)	Returns the relative offset of the input inflowConnection.
double	IAbstractConveyor.getRelativeOffsetForConnection(FlowConnection<T> inflowConnection)
double	ReversibleConveyor.getRelativeOffsetForConnection(FlowConnection<T> inflowConnection)	Returns the relative offset of the input inflowConnection.
void	Merge.setInflowPriority(FlowConnection<T> inflowConnection, double priority)	Sets the priority of the input inflowConnection.
void	Merge.setInflowRateFraction(FlowConnection<T> inflowConnection, double rateFraction)	Sets the fraction of inflowConnection's actual flow rate in the overall inflow rate of this Merge.
void	Split.setOutflowPriority(FlowConnection<T> outflowConnection, double priority)	Sets the priority of the output outflowConnection.
void	Split.setOutflowRateFraction(FlowConnection<T> outflowConnection, double rateFraction)	Sets the fraction of outflowConnection's actual flow rate in the overall outflow rate of this Split.

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

Modifier and Type	Method	Description
void	FlowElement.addInflowElementConnectedHandler(Consumer<FlowConnection<T>> handler)	Adds an action that will be executed every time when a new inflow element is connected.
void	FlowElement.addInflowElementDisconnectedHandler(Consumer<FlowConnection<T>> handler)	Adds an action that will be executed every time when a new inflow element is disconnected.
void	Conveyor.addInflowRateChangedHandler(BiConsumer<Conveyor<T>,FlowConnection<T>> handler)	Adds an action that will be executed every time the inflow rate changes.
void	ReversibleConveyor.addInflowRateChangedHandler(BiConsumer<ReversibleConveyor<T>,FlowConnection<T>> handler)	Adds an action that will be executed every time the inflow rate changes.
void	FlowElement.addOutflowElementConnectedHandler(Consumer<FlowConnection<T>> handler)	Adds an action that will be executed every time when a new outflow element is connected.
void	FlowElement.addOutflowElementDisconnectedHandler(Consumer<FlowConnection<T>> handler)	Adds an action that will be executed every time when a new outflow element is disconnected.
void	ReversibleConveyor.addOutflowRateChangedHandler(BiConsumer<ReversibleConveyor<T>,FlowConnection<T>> handler)	Adds an action that will be executed every time the outflow rate changes.
void	FlowElement.removeInflowElementConnectedHandler(Consumer<FlowConnection<T>> handler)	Removes the previously added inflow element connect handler.
void	FlowElement.removeInflowElementDisconnectedHandler(Consumer<FlowConnection<T>> handler)	Removes the previously added inflow element disconnect handler.
void	Conveyor.removeInflowRateChangedHandler(BiConsumer<Conveyor<T>,FlowConnection<T>> handler)	Removes the previously added inflow rate change handler.
void	ReversibleConveyor.removeInflowRateChangedHandler(BiConsumer<ReversibleConveyor<T>,FlowConnection<T>> handler)	Removes the previously added inflow rate change handler.
void	FlowElement.removeOutflowElementConnectedHandler(Consumer<FlowConnection<T>> handler)	Removes the previously added outflow element connect handler.
void	FlowElement.removeOutflowElementDisconnectedHandler(Consumer<FlowConnection<T>> handler)	Removes the previously added outflow element disconnect handler.
void	ReversibleConveyor.removeOutflowRateChangedHandler(BiConsumer<ReversibleConveyor<T>,FlowConnection<T>> handler)	Removes the previously added outflow rate change handler.
void	Split.setOutflowFractionSupplier(Function<FlowConnection<T>,Double> outflowFractionSupplier)	Sets the supplier of the fraction of outflowConnection's actual flow rate in the overall outflow rate of this Split.
void	Split.setOutflowRateProportionsSupplier(Function<FlowConnection<T>,Accumulator<T>> outflowRateProportionsSupplier)	Sets the supplier of the rate proportions of outflowConnection's actual flow rate in the overall outflow rate of this Split.