Classes
class	ABEStandDetailsOut

class	ABEStandOut

class	ABEStandRemovalOut

class	ActGeneral
	The ActGeneral class is an all-purpose activity and implements no specific forest management activity. More...

class	Activity
	Activity is the base class for management activities. More...

class	ActivityFlags
	Activity meta data (enabled, active, ...) that need to be stored per stand. More...

class	ActivityObj
	The ActivityObj class encapsulates the 'activity' object in JS. More...

class	ActPlanting
	The ActPlanting class implements artificial regeneration (i.e., planting of trees). More...

class	ActSalvage
	The ActSalvage class handles salvage logging after disturbances. More...

class	ActScheduled
	The ActScheduled class is an all-purpose activity (similar to ActGeneral). More...

class	ActThinning
	The ActThinning class implements a very general interface to thinning activties. More...

class	Agent
	The Agent is the core element of the agent based forest management model and simulates a foresters decisions. More...

class	AgentType
	AgentType is the archtype agent including the agents decision logic. More...

class	AgentUpdate

class	Constraints

struct	DynamicExpression
	DynamicExpression encapsulates an "expression" that can be either a iLand expression, a constant or a javascript function. More...

class	Events

class	FMSaplingList

class	FMStand
	FMStand encapsulates a forest stand for the forest management engine. More...

class	FMSTP
	The FMSTP class encapsulates a stand treatment program, which is defined in Javascript. More...

class	FMTreeList
	The FMTreeList class implements low-level functionality for selecting and harvesting of trees. More...

class	FMUnit
	The FMUnit represents a management unit, i.e. More...

class	FomeScript
	FomeScript provides general helping functions for the Javascript world. More...

class	FOMEWrapper
	FOMEWrapper provides the context for the Forest Management Engine This wrapper blends activties, stand variables, and agent variables together. More...

class	ForestManagementEngine
	the ForestManagementEngine is the container for the agent based forest management engine. More...

class	Schedule

class	Scheduler
	The Scheduler class schedules the forest management activities on a planning unit. More...

class	SchedulerObj
	The SchedulerObj class is accessible via 'scheduler' in Javascript. More...

struct	SchedulerOptions
	SchedulerOptions store agent-specific options. More...

class	SimulationObj
	The SimulationObj encapsulates the 'simulation' object in JS. More...

struct	SSpeciesStand

class	StandObj
	StandObj is the bridge to stand variables from the Javascript world. More...

class	STPObj
	The STPObj encapsulates the 'stp' object in JS. More...

class	Thinning

class	UnitObj
	The UnitObj class is the Javascript object known as 'unit' in JS and represents a management unit. More...

class	UnitOut

Functions
bool	relBasalAreaIsHigher (const SSpeciesStand &a, const SSpeciesStand &b)

bool	activityScheduledEarlier (const Activity a, const Activity b)

double	removeFoliage ()

double	removeStem ()

double	removeBranch ()

bool	treePairValue (const QPair< Tree , double > &p1, const QPair< Tree , double > &p2)

void	rungrid_heightmax (float &cell, int &n, const Tree tree, const FMTreeList list)

void	rungrid_basalarea (float &cell, int &n, const Tree tree, const FMTreeList list)

void	rungrid_volume (float &cell, int &n, const Tree tree, const FMTreeList list)

void	rungrid_custom (float &cell, int &n, const Tree tree, const FMTreeList list)

FMUnit *	nc_execute_unit (FMUnit *unit)

FMUnit *	nc_plan_update_unit (FMUnit *unit)

Variables
QVector< QPair< QString, int > >	planting_patterns

QStringList	planting_pattern_names = QStringList() << "rect2" << "rect5" << "rect10" << "rect20" << "circle5" << "circle10" << "circle20"

QStringList	standVarList

QStringList	siteVarList =QStringList() << "annualIncrement" << "harvestMode" << "U"

int	siteVarListOffset = standVarList.count()

QStringList	allVarList

Function Documentation

◆ activityScheduledEarlier()

bool ABE::activityScheduledEarlier	(	const Activity *	a,
		const Activity *	b
	)

◆ nc_execute_unit()

FMUnit * ABE::nc_execute_unit ( FMUnit * unit )

◆ nc_plan_update_unit()

FMUnit * ABE::nc_plan_update_unit ( FMUnit * unit )

◆ relBasalAreaIsHigher()

bool ABE::relBasalAreaIsHigher	(	const SSpeciesStand &	a,
		const SSpeciesStand &	b
	)

◆ removeBranch()

double ABE::removeBranch ( )

◆ removeFoliage()

double ABE::removeFoliage ( )

◆ removeStem()

double ABE::removeStem ( )

◆ rungrid_basalarea()

void ABE::rungrid_basalarea	(	float &	cell,
		int &	n,
		const Tree *	tree,
		const FMTreeList *	list
	)

◆ rungrid_custom()

void ABE::rungrid_custom	(	float &	cell,
		int &	n,
		const Tree *	tree,
		const FMTreeList *	list
	)

◆ rungrid_heightmax()

void ABE::rungrid_heightmax	(	float &	cell,
		int &	n,
		const Tree *	tree,
		const FMTreeList *	list
	)

◆ rungrid_volume()

void ABE::rungrid_volume	(	float &	cell,
		int &	n,
		const Tree *	tree,
		const FMTreeList *	list
	)

◆ treePairValue()

bool ABE::treePairValue	(	const QPair< Tree *, double > &	p1,
		const QPair< Tree *, double > &	p2
	)

Variable Documentation

◆ allVarList

QStringList ABE::allVarList

◆ planting_pattern_names

QStringList ABE::planting_pattern_names = QStringList() << "rect2" << "rect5" << "rect10" << "rect20" << "circle5" << "circle10" << "circle20"

◆ planting_patterns

QVector<QPair<QString, int> > ABE::planting_patterns

◆ siteVarList

QStringList ABE::siteVarList =QStringList() << "annualIncrement" << "harvestMode" << "U"

◆ siteVarListOffset

int ABE::siteVarListOffset = standVarList.count()

◆ standVarList

QStringList ABE::standVarList

Initial value:

=QStringList() << "basalArea" << "age"  << "absoluteAge" << "nspecies"
                                       << "volume" << "dbh" << "height"
                                       << "annualIncrement" << "elapsed" << "topHeight" << "area" << "year"

Classes

Functions

Variables