lerfob.predictor.hdrelationships.frenchgeneralhdrelationship2014

Interface FrenchHDRelationship2014Stand

All Superinterfaces:

HDRelationshipStand, InterventionResultProvider, MeanQuadraticDiameterCmProvider, MonteCarloSimulationCompliantObject, SlopeInclinationPercentProvider

public interface FrenchHDRelationship2014Stand
extends HDRelationshipStand, MeanQuadraticDiameterCmProvider, InterventionResultProvider, SlopeInclinationPercentProvider

This interface ensures the compatibility between an instance representing a particular stand and the French general HD relationship.

Method Summary

Modifier and Type	Method and Description
double	getBasalAreaM2HaMinusThisSubject(HDRelationshipTree tree) This method returns the basal area per hectare minus the basal area of the tree.
java.util.Collection<HDRelationshipTree>	getTreesForFrenchHDRelationship() This method returns the trees that are available in the stand for height prediction.

Methods inherited from interface repicea.simulation.hdrelationships.HDRelationshipStand

getHierarchicalLevel

Methods inherited from interface repicea.simulation.MonteCarloSimulationCompliantObject

getMonteCarloRealizationId, getSubjectId

Methods inherited from interface repicea.simulation.covariateproviders.plotlevel.MeanQuadraticDiameterCmProvider

getMeanQuadraticDiameterCm

Methods inherited from interface repicea.simulation.covariateproviders.plotlevel.InterventionResultProvider

isInterventionResult

Methods inherited from interface repicea.simulation.covariateproviders.plotlevel.SlopeInclinationPercentProvider

getSlopeInclinationPercent

Method Detail

getBasalAreaM2HaMinusThisSubject

double getBasalAreaM2HaMinusThisSubject(HDRelationshipTree tree)

This method returns the basal area per hectare minus the basal area of the tree.

Parameters:

tree - a FrenchHDRelationship2014Tree instance

Returns:

the basal area (m2/ha)

getTreesForFrenchHDRelationship

java.util.Collection<HDRelationshipTree> getTreesForFrenchHDRelationship()

This method returns the trees that are available in the stand for height prediction. This method is called when the blups of the random effects are initially estimated:

Returns:

A collection of FrenchHDRelationship2014Tree instances