repicea.simulation

Interface MonteCarloSimulationCompliantObject

All Known Subinterfaces:

DopalepPlot, DopalepTree, FrenchCommercialVolume2014Tree, FrenchCommercialVolume2020Tree, FrenchHDRelationship2014Stand, FrenchHDRelationship2014Tree, FrenchHDRelationship2018ExtPlot, FrenchHDRelationship2018Plot, FrenchHDRelationship2018Tree, FrenchHDRelationshipTree, FrenchNFIThinnerPlot, HDRelationshipStand, HDRelationshipTree, MathildeClimatePlot, MathildeDiameterIncrementStand, MathildeMortalityStand, MathildeRecruitmentStand, MathildeThinningStand, MathildeThinningStand, MathildeTree

All Known Implementing Classes:

CATCompartmentManager, FrenchCommercialVolume2014TreeImpl, FrenchCommercialVolume2020TreeImpl, FrenchHDRelationship2018PlotImpl, FrenchHDRelationship2018TreeImpl, FrenchNFIThinnerPlotImpl, REpiceaPredictor.CruiseLine, REpiceaPredictor.IntervalNestedInPlotDefinition

public interface MonteCarloSimulationCompliantObject

Method Summary

Modifier and Type	Method and Description
HierarchicalLevel	getHierarchicalLevel() This method returns the hierarchical levels of the object.
int	getMonteCarloRealizationId() This method returns the id of the Monte Carlo realization.
java.lang.String	getSubjectId() This method returns an object that makes it possible to identify the subject that implements this interface.

Method Detail

getSubjectId

java.lang.String getSubjectId()

This method returns an object that makes it possible to identify the subject that implements this interface. This id remains constant throughout the Monte Carlo iterations in case of stochastic implementation.

Returns:

a String that defines the subject id and that remains constant throughout the simulation

getHierarchicalLevel

HierarchicalLevel getHierarchicalLevel()

This method returns the hierarchical levels of the object.

Returns:

a HierarchicalLevel instance

getMonteCarloRealizationId

int getMonteCarloRealizationId()

This method returns the id of the Monte Carlo realization. It is necessary for the implementation of the random deviates on the parameter estimates. These deviates remain constant for a particular Monte Carlo iteration, regardless of the plot.

Returns:

an integer