Uses of Class
com.amalgamasimulation.utils.container.Accumulator

Packages that use Accumulator

Package	Description
com.amalgamasimulation.core.statistics
com.amalgamasimulation.desktop.ui.columndescriptors
com.amalgamasimulation.desktop.ui.studies
com.amalgamasimulation.desktop.ui.views
com.amalgamasimulation.discreterate
com.amalgamasimulation.discreterate.flowstatistic
com.amalgamasimulation.resources
com.amalgamasimulation.utils
com.amalgamasimulation.utils.container

Uses of Accumulator in com.amalgamasimulation.core.statistics

Methods in com.amalgamasimulation.core.statistics that return Accumulator

Modifier and Type	Method	Description
Accumulator<K>	IntervalStatistics.totalLengthByKeys()	Returns the total length of intervals by keys.

Uses of Accumulator in com.amalgamasimulation.desktop.ui.columndescriptors

Fields in com.amalgamasimulation.desktop.ui.columndescriptors with type parameters of type Accumulator

Modifier and Type	Field	Description
protected BiFunction<T,V,Accumulator<Color>>	Column.backgroundColorExtractor

Methods in com.amalgamasimulation.desktop.ui.columndescriptors that return types with arguments of type Accumulator

Modifier and Type	Method	Description
BiFunction<T,V,Accumulator<Color>>	Column.getBackgroundColor()
BiFunction<T,V,Accumulator<Color>>	IColumn.getBackgroundColor()	Returns a function to get the color for the background

Method parameters in com.amalgamasimulation.desktop.ui.columndescriptors with type arguments of type Accumulator

Modifier and Type	Method	Description
R	Column.backgroundColor(BiFunction<T,V,Accumulator<Color>> colorExtractor)
R	IColumn.backgroundColor(BiFunction<T,V,Accumulator<Color>> colorExtractor)	Set function to get the color for the background

Uses of Accumulator in com.amalgamasimulation.desktop.ui.studies

Methods in com.amalgamasimulation.desktop.ui.studies that return Accumulator

Modifier and Type	Method	Description
protected Accumulator<Color>	StudyPart.resultBackgroundColor(DistributionStatistics distributionStatistics, ResultPath resultPath)

Uses of Accumulator in com.amalgamasimulation.desktop.ui.views

Methods in com.amalgamasimulation.desktop.ui.views with parameters of type Accumulator

Modifier and Type	Method	Description
R	ViewerColumnDescriptor.setBackground(Accumulator<Color> background)	Deprecated.

Method parameters in com.amalgamasimulation.desktop.ui.views with type arguments of type Accumulator

Modifier and Type	Method	Description
R	ViewerColumnDescriptor.setBackgroundExtractor(BiFunction<T,E,Accumulator<Color>> background)	Deprecated.
R	ViewerColumnDescriptor.setBackgroundExtractor(Function<T,Accumulator<Color>> background)	Deprecated.

Uses of Accumulator in com.amalgamasimulation.discreterate

Methods in com.amalgamasimulation.discreterate that return Accumulator

Modifier and Type	Method	Description
Accumulator<T>	Bunker.getAnimationContentsDescriptor()	Returns all materials contained inside this flow element as an instance of Accumulator.
Accumulator<T>	Tank.getAnimationContentsDescriptor()	Returns all materials contained inside this flow element as an instance of Accumulator.
Accumulator<T>	Bunker.getContentsDescriptor()
Accumulator<T>	Conveyor.getContentsDescriptor()
abstract Accumulator<T>	FlowElement.getContentsDescriptor()	Returns all materials contained inside this flow element as an instance of Accumulator.
Accumulator<T>	Merge.getContentsDescriptor()	Returns amounts of materials contained inside this flow element as an Accumulator instance.
Accumulator<T>	ReversibleConveyor.getContentsDescriptor()
Accumulator<T>	Split.getContentsDescriptor()	Returns the current stock contained inside this flow element as an Accumulator instance.
Accumulator<T>	Tank.getContentsDescriptor()
Accumulator<T>	Valve.getContentsDescriptor()	Returns the material currently contained inside this flow element as Accumulator instance.
Accumulator<T>	FlowConnection.getFlowProportions()	Returns the current material proportions of the material flow of this flow connection.
Accumulator<T>	Bunker.getInflowRateDescriptor()
Accumulator<T>	Conveyor.getInflowRateDescriptor()
abstract Accumulator<T>	FlowElement.getInflowRateDescriptor()	Returns an Accumulator instance that describes the flow rate at the input of this flow element.
Accumulator<T>	Merge.getInflowRateDescriptor()
Accumulator<T>	Merge.getInflowRateDescriptor(FlowConnection<T> inflowConnection)	Returns an Accumulator instance that describes the material flow rate at the specified input connection.
Accumulator<T>	ReversibleConveyor.getInflowRateDescriptor()
Accumulator<T>	Split.getInflowRateDescriptor()
Accumulator<T>	Tank.getInflowRateDescriptor()
Accumulator<T>	Valve.getInflowRateDescriptor()
Accumulator<T>	Split.getInflowRateProportions()	Returns an Accumulator instance that contains rate proportions of materials in the material inflow of this flow element.
Accumulator<T>	Bunker.getOutflowRateDescriptor()
Accumulator<T>	Conveyor.getOutflowRateDescriptor()
abstract Accumulator<T>	FlowElement.getOutflowRateDescriptor()	Returns an Accumulator instance that describes the flow rate at the output of this flow element.
Accumulator<T>	Merge.getOutflowRateDescriptor()
Accumulator<T>	ReversibleConveyor.getOutflowRateDescriptor()
Accumulator<T>	Split.getOutflowRateDescriptor()
Accumulator<T>	Split.getOutflowRateDescriptor(FlowConnection<T> outflowConnection)	Returns an Accumulator instance that describes the flow rate of material at the specified outflow connection.
Accumulator<T>	Tank.getOutflowRateDescriptor()
Accumulator<T>	Valve.getOutflowRateDescriptor()
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)
Accumulator<T>	FlowConnection.getPassedMaterialsDescriptor()	Returns an Accumulator that contains the quantities of each material that has passed through the connection.
Accumulator<T>	ConveyorRateRecord.getProportions()	Returns the Accumulator with material proportions of the material mix portion described by this ConveyorRateRecord.
Accumulator<T>	Tank.Layer.getProportions()	Returns an Accumulator that describes the proportions of material amounts inside this Layer.
Accumulator<T>	MaterialFragmentDescriptor.getStock()	Returns the total amount of materials described by this MaterialFragmentDescriptor.
Accumulator<T>	Bunker.getTotalInflowDescriptor()
Accumulator<T>	Conveyor.getTotalInflowDescriptor()
abstract Accumulator<T>	FlowElement.getTotalInflowDescriptor()	Returns an Accumulator instance that contains the total quantity of each material that has entered this flow element.
Accumulator<T>	Merge.getTotalInflowDescriptor()
Accumulator<T>	ReversibleConveyor.getTotalInflowDescriptor()
Accumulator<T>	Split.getTotalInflowDescriptor()
Accumulator<T>	Tank.getTotalInflowDescriptor()
Accumulator<T>	Valve.getTotalInflowDescriptor()
Accumulator<T>	Bunker.getTotalOutflowDescriptor()
Accumulator<T>	Conveyor.getTotalOutflowDescriptor()
abstract Accumulator<T>	FlowElement.getTotalOutflowDescriptor()	Returns an Accumulator instance that holds the total amounts of each material that has left this flow element.
Accumulator<T>	Merge.getTotalOutflowDescriptor()
Accumulator<T>	ReversibleConveyor.getTotalOutflowDescriptor()
Accumulator<T>	Split.getTotalOutflowDescriptor()
Accumulator<T>	Tank.getTotalOutflowDescriptor()
Accumulator<T>	Valve.getTotalOutflowDescriptor()

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

Modifier and Type	Method	Description
Function<Accumulator<T>,Accumulator<T>>	Bunker.getInflowMaterialsSupplier()	Returns the current supplier function that provides the material proportions of the input flow.
Function<Accumulator<T>,Accumulator<T>>	Bunker.getInflowMaterialsSupplier()	Returns the current supplier function that provides the material proportions of the input flow.

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

Modifier and Type	Method	Description
void	Bunker.addContents(Accumulator<T> addedContents)	Adds the contents of the addedContents Accumulator to this flow element.
void	Tank.addContents(Accumulator<T> addedContents)	Adds the contents of the addedContents Accumulator to this Tank.
void	Bunker.replaceContents(Accumulator<T> newContents)	Replaces the contents of this flow element with the newContents Accumulator.
void	Tank.replaceContents(Accumulator<T> newContents)	Replaces the contents of this Tank with the newContents Accumulator.

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

Modifier and Type	Method	Description
void	Bunker.replaceContents(List<Accumulator<T>> listOfLayers)	Removes all materials from this Bunker and sets its internal layers of materials to the listOfLayers.
void	Tank.replaceContents(List<Accumulator<T>> listOfLayers)	Removes all materials from this Tank and sets its internal layers of materials to the listOfLayers.
void	Bunker.setInflowMaterialsSupplier(Function<Accumulator<T>,Accumulator<T>> outflowRateProportionsSupplier)	Sets the supplier of the material proportions of the input flow.
void	Bunker.setInflowMaterialsSupplier(Function<Accumulator<T>,Accumulator<T>> outflowRateProportionsSupplier)	Sets the supplier of the material proportions of the input flow.
void	Valve.setOutflowMaterialsSupplier(Function<Accumulator<T>,Accumulator<T>> outflowRateProportionsSupplier)	Sets the supplier of the material proportions of the outflowConnection.
void	Valve.setOutflowMaterialsSupplier(Function<Accumulator<T>,Accumulator<T>> outflowRateProportionsSupplier)	Sets the supplier of the material proportions of the outflowConnection.
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.

Constructors in com.amalgamasimulation.discreterate with parameters of type Accumulator

Modifier	Constructor	Description
	MaterialFragmentDescriptor(double beginOffset, double endOffset, Accumulator<T> stock)	Creates a new MaterialFragmentDescriptor instance.

Uses of Accumulator in com.amalgamasimulation.discreterate.flowstatistic

Methods in com.amalgamasimulation.discreterate.flowstatistic that return Accumulator

Modifier and Type	Method	Description
Accumulator<T>	FlowStatistics.inflowWithin(Interval interval)	Calculates the incoming flow of the tracked flow elements within the specified time Interval.
Accumulator<T>	FlowProfile.integral(Interval interval)	Calculates the integral of all flow profiles over a specified interval and returns the accumulated results.
Accumulator<T>	FlowStatistics.outflowWithin(Interval interval)	Calculates the outgoing flow of the tracked flow elements within the specified time Interval.
Accumulator<T>	FlowProfile.rateAt(double argument)	Returns the flow rate for all element at the specified argument.
Accumulator<T>	FlowProfile.valueAt(double argument)	Returns the flow values for all elements at the specified argument.

Methods in com.amalgamasimulation.discreterate.flowstatistic with parameters of type Accumulator

Modifier and Type	Method	Description
void	FlowProfile.addRate(double fromArgument, Accumulator<T> flowRates)	Adds flow rates for elements starting from the specified argument and continuing indefinitely.
void	FlowProfile.addRate(Interval withinArgumentInterval, Accumulator<T> flowRates)	Adds flow rates for elements within the specified interval.
void	FlowProfile.addStepChange(double argument, Accumulator<T> flowStepChanges)	Adds a step change based on the provided argument and Accumulator of flow step changes.
void	FlowProfile.addStepChange(Interval argumentInterval, Accumulator<T> flowStepChanges)	Adds step changes for the specified argument interval and Accumulator of flow step changes.
void	FlowProfile.setRate(double startingAtArgument, Accumulator<T> flowRates)	Sets new flow rates for the elements starting from the specified argument.

Uses of Accumulator in com.amalgamasimulation.resources

Methods in com.amalgamasimulation.resources that return Accumulator

Modifier and Type	Method	Description
Accumulator<T>	ResourceSet.getNeededResourcesByType()
Accumulator<T>	ResourceManager.getRequirementTime()
Accumulator<T>	ResourceManager.getResourcesCountByTypes()

Uses of Accumulator in com.amalgamasimulation.utils

Fields in com.amalgamasimulation.utils with type parameters of type Accumulator

Modifier and Type	Field	Description
protected Map<O,Accumulator<C>>	HistogramDataAggregator.biggestArgumentObjectsMap
protected Map<O,Accumulator<C>>	HistogramDataAggregator.smallestArgumentObjectsMap

Methods in com.amalgamasimulation.utils with parameters of type Accumulator

Modifier and Type	Method	Description
static Color	Colors.mixColors(Accumulator<Color> colors)

Uses of Accumulator in com.amalgamasimulation.utils.container

Methods in com.amalgamasimulation.utils.container that return Accumulator

Modifier and Type	Method	Description
Accumulator<T>	Accumulator.getCopy()	Creates a copy of the current accumulator.
Accumulator<T>	Accumulator.getDifference(Accumulator<T> otherAccumulator)	Returns a new Accumulator containing the difference between the current Accumulator and the specified accumulator.
Accumulator<T>	Accumulator.getMultiplied(double factor)	Returns a new instance of accumulator that is equal to the current accumulator with all values multiplied by the specified factor.
Accumulator<T>	Accumulator.getNormalized()	Returns a new Accumulator that contains the ratio of each value to the total sum of values in this Accumulator.
Accumulator<T>	Accumulator.getSum(Accumulator<T> otherAccumulator)	Returns a new instance of accumulator that is sum of the current accumulator and the specified accumulator.
static <T> Accumulator<T>	Accumulator.of(Object... pairs)	Creates a new Accumulator instance and initializes its contents by values passed as pairs parameter.
static <T> Accumulator<T>	Accumulator.of(T cat1, double v1)	Returns a new Accumulator containing a single mapping.
static <T> Accumulator<T>	Accumulator.of(T cat1, double v1, T cat2, double v2)	Returns a new Accumulator containing two mappings.
static <T> Accumulator<T>	Accumulator.of(T cat1, double v1, T cat2, double v2, T cat3, double v3)	Returns a new Accumulator containing three mappings.

Methods in com.amalgamasimulation.utils.container with parameters of type Accumulator

Modifier and Type	Method	Description
void	Accumulator.add(Accumulator<T> otherAccumulator)	Adds the specified accumulator to the current accumulator.
Accumulator<T>	Accumulator.getDifference(Accumulator<T> otherAccumulator)	Returns a new Accumulator containing the difference between the current Accumulator and the specified accumulator.
Accumulator<T>	Accumulator.getSum(Accumulator<T> otherAccumulator)	Returns a new instance of accumulator that is sum of the current accumulator and the specified accumulator.
void	Accumulator.remove(Accumulator<T> otherAccumulator)	Decrements the values stored in this Accumulator by the respective amounts from the otherAccumulator.