#include <volumetobiomassconverter.h>

Collaboration diagram for VolumeToBiomassConverter:

Public Member Functions
	VolumeToBiomassConverter (bool smootherEnabled=true)

virtual	~VolumeToBiomassConverter ()

std::shared_ptr< ComponentBiomassCarbonCurve >	generateComponentBiomassCarbonCurve (StandGrowthCurve &standGrowthCurve, SpeciesType speciesType)

void	setSmoothing (bool enabled)

void	doSmoothing (const StandGrowthCurve &standGrowthCurve, ComponentBiomassCarbonCurve *carbonCurve, SpeciesType speciesType)

Private Attributes
bool	_smootherEnabled

Smoother	_smoother

Constructor & Destructor Documentation

◆ VolumeToBiomassConverter()

VolumeToBiomassConverter ( bool smootherEnabled = true )

◆ ~VolumeToBiomassConverter()

virtual ~VolumeToBiomassConverter ( )

virtual

Member Function Documentation

◆ doSmoothing()

void doSmoothing	(	const StandGrowthCurve &	standGrowthCurve,
		ComponentBiomassCarbonCurve *	carbonCurve,
		SpeciesType	speciesType
	)

If VolumeToBiomassConverter._smootherEnabled is true, invoke Smooth.smooth with arguments as parameters standGrowthCurve, carbonCurve, speciesType

Parameters

standGrowthCurve	StandGrowthCurve&
carbonCurve	ComponentBiomassCarbonCurve*
speciesType	SpeciesType

Returns: void

◆ generateComponentBiomassCarbonCurve()

std::shared_ptr< ComponentBiomassCarbonCurve > generateComponentBiomassCarbonCurve	(	StandGrowthCurve &	standGrowthCurve,
		SpeciesType	speciesType
	)

Generate stand component biomass carbon curve. The component is either of softwood or hardwood. This version assumes that the stand growth curve has all of the required data including: leading species for each component and PERD factor for each leading species.

Parameters

standGrowthCurve	StandGrowthCurve&
speciesType	SpeciesType

Returns: shared_ptr<ComponentBiomassCarbonCurve>

◆ setSmoothing()

void setSmoothing ( bool enabled )

Member Data Documentation

◆ _smoother

Smoother _smoother

private

◆ _smootherEnabled

bool _smootherEnabled