This holds all data relating to the tree population. More...

Inheritance diagram for sortie.data.funcgroups.TreePopulation:

Public Member Functions
	TreePopulation (GUIManager oManager) throws ModelException
	Constructor. More...

int	getNumberOfSpecies ()
	Returns the number of species. More...

ArrayList< Tree >	getTrees ()
	Gets the list of trees. More...

void	clearTreeMapParseSettings ()
	Clears any tree map parse settings that may be in place. More...

int	getSpeciesCodeFromName (String sName)
	When passed the name of a species, will give back the corresponding species number code. More...

void	addTabDelimTreeMapFile (javax.swing.JFrame oWindow, String sFileName) throws ModelException
	Adds the trees from a tab-delimited text tree map file. More...

int	getNumberOfSizeClasses ()
	Returns the number of size classes. More...

Float	getSizeClass (int iIndex)
	Returns the size class at a specific index. More...

void	setSpeciesNames (String[] p_sVals) throws ModelException
	Sets the species name list. More...

void	changeOfSpecies (int iOldNumSpecies, int[] p_iIndexer, String[] p_sNewSpecies) throws ModelException
	Deletes all trees. More...

String	getSpeciesNameFromCode (int iSpecies)
	For a given species code, returns its name. More...

void	writeBehaviorNodes (BufferedWriter out, TreePopulation oPop) throws ModelException

TreeBehavior	getTreeBehavior ()

void	validateData (TreePopulation oPop) throws ModelException
	This makes sure all data is valid and can be used to run the model. More...

void	writeSpeciesList (BufferedWriter jOut) throws IOException
	Writes the species list. More...

void	writeTreeMap (BufferedWriter jOut) throws ModelException
	Writes an XML tree map if there are any trees to write. More...

int	getFloatDataCode (String sDataMember, int iSpecies, int iType) throws ModelException
	Gets the data code for accessing a float tree data member. More...

int	getIntDataCode (String sDataMember, int iSpecies, int iType) throws ModelException
	Gets the data code for accessing an int tree data member. More...

int	getBoolDataCode (String sDataMember, int iSpecies, int iType) throws ModelException
	Gets the data code for accessing a bool tree data member. More...

int	getCharDataCode (String sDataMember, int iSpecies, int iType) throws ModelException
	Gets the data code for accessing a float tree data member. More...

void	clearTrees ()
	Clears all trees. More...

boolean	readTreeMapSettings (String sXMLTag, Attributes oAttributes, Object oData) throws ModelException
	Reads tree map settings from XML parsing. More...

void	readSpecies (Attributes oAttributes) throws ModelException
	Reads tree species from XML parsing. More...

void	readTreeSettings (Attributes oAttributes) throws ModelException
	Reads tree settings from XML parsing. More...

void	readTreeParent (Attributes oAttributes) throws ModelException
	Reads tree parent from XML parsing. More...

void	changeSpeciesName (String sOldSpecies, String sNewSpecies) throws ModelException
	Changes the name of a species. More...

void	doCopySpecies (String sCopyFrom, String sCopyTo) throws ModelException
	Makes one species exactly like another. More...

Allometry	getAllometry ()
	Gets the allometry object. More...

Behavior	getBehaviorByXMLParametersParentTag (String sXMLTag, int iPos)
	Overridden to ignore position. More...

Behavior	createBehaviorFromParameterFileTag (String sParameterFileTag) throws ModelException
	Overridden to not create. More...

void	doSetup (TreePopulation oPop) throws ModelException
	Overridden to let allometry do setup. More...

Public Member Functions inherited from sortie.data.funcgroups.BehaviorTypeBase
	BehaviorTypeBase (GUIManager oManager, String sName)
	Constructor. More...

boolean	anyBehaviorsEnabled ()
	Determines if any of the child behaviors are currently enabled. More...

void	validateData (TreePopulation oPop) throws ModelException
	Implements data checking. More...

Behavior	createBehaviorFromParameterFileTag (String sParameterFileTag) throws ModelException
	Creates a new behavior from an XML parameter file name tag and inserts it into the child behaviors list. More...

void	sortBehaviors ()
	Sorts the behaviors by list position. More...

boolean	canBehaviorBeDuplicated (String sParameterFileTag) throws ModelException
	Whether or not a behavior of a certain class can be duplicated in a run. More...

boolean	doesBehaviorNeedTrees (String sParameterFileTag) throws ModelException
	Whether or not a behavior of a certain class can be duplicated in a run. More...

ArrayList< BehaviorInstantiator >	getAllPossibleBehaviors ()
	Gets all possible behaviors. More...

Behavior	getBehaviorByXMLParametersParentTag (String sXMLTag, int iPos)
	Finds a behavior by its XML parameters parent tag. More...

String	getDescriptor (String sParameterFileTag)
	Gets the descriptor for a behavior based on its parameter file tag. More...

Grid []	getEnabledGridObjects () throws ModelException
	Gets the list of grid objects which the currently enabled behaviors would be expected to create - and thus would be available to output, etc. More...

ArrayList< Behavior >	getAllInstantiatedBehaviors ()
	Get the list of child behaviors currently selected for the run. More...

void	writeBehaviorNodes (BufferedWriter out, TreePopulation oPop) throws ModelException
	Writes behavior tags to the parameter file. More...

ArrayList< Behavior >	getBehaviorByDisplayName (String sDescriptor)
	Convenience method for getting an instantiated behavior. More...

ArrayList< Behavior >	getBehaviorByParameterFileTag (String sParameterFileTag)
	Finds an instantiated behavior by its XML parameter file tag. More...

void	changeOfSpecies (int iOldNumSpecies, int[] p_iIndexer, String[] p_sNewSpecies) throws ModelException
	Triggered when there is a change in the species list. More...

void	copySpecies (int iSpeciesCopyFrom, int iSpeciesCopyTo) throws ModelException
	Copies one species to another. More...

void	endOfParameterFileRead ()
	Allows child behaviors to do end-of-parameter-file tasks. More...

void	changeOfSpeciesName (String sOldSpecies, String sNewSpecies) throws ModelException
	Performs any necessary tasks associated with changing the name of a species. More...

GUIManager	getGUIManager ()

void	writeXML (BufferedWriter jOut, TreePopulation oPop) throws ModelException
	Writes the XML data to a parameter file for the behaviors owned by this object. More...

void	removeBehavior (Behavior oBeh)
	Removes a behavior from the instantiated list. More...

String	getName ()
	Returns the user-acceptable name for this object. More...

void	changeOfPlotResolution (float fOldX, float fOldY, float fNewX, float fNewY) throws ModelException
	Allows instantiated behaviors to perform any tasks associated with a change of plot resolution. More...

void	doSetup (TreePopulation oPop) throws ModelException
	Does any needed setup once the tree population object has data. More...

Static Public Member Functions
static int	getNumberOfTypes ()
	Get the total number of tree types (life history stages). More...

static String	getTypeNameFromCode (int iType)
	For a given type code, returns its name. More...

static int	getTypeCodeFromName (String sName)
	For a given type name, returns its code. More...

Static Public Member Functions inherited from sortie.data.funcgroups.BehaviorTypeBase
static boolean []	mergeBooleans (boolean[] p_oMergeOne, boolean[] p_oMergeTwo)
	Merges two boolean arrays and returns an array where there is a true in each array bucket where EITHER array is true. More...

Public Attributes
ArrayList< Tree >	mp_oTrees = new ArrayList<Tree>(0)
	Holds Tree objects to be written to a tree map. More...

ArrayList< ArrayList< ArrayList< String > > >	mp_sTreeIntDataMembers
	Tree integer data members. More...

Static Public Attributes
static final int	SEED = 0
	Seed tree life history stage - matches definition in C++. More...

static final int	SEEDLING = 1
	Seedling tree life history stage - matches definition in C++. More...

static final int	SAPLING = 2
	Sapling tree life history stage - matches definition in C++. More...

static final int	ADULT = 3
	Adult tree life history stage - matches definition in C++. More...

static final int	STUMP = 4
	Stump tree life history stage - matches definition in C++. More...

static final int	SNAG = 5
	Snag tree life history stage - matches definition in C++. More...

static final int	WOODY_DEBRIS = 6
	Woody debris tree life history stage - matches definition in C++. More...

Protected Member Functions
int	getCodeForDataMember (ArrayList< String > p_oMemberList, String sDataMember)
	Gets the data member code for a data member label. More...

Protected Attributes
ArrayList< ArrayList< ArrayList< Integer > > >	mp_iTreeIntTransforms
	Index positions for tree integer data members. More...

int []	mp_iSpeciesTransforms
	When parsing tree maps, this will convert in case the species list is in a different order. More...

int	m_iSpeciesCounter
	Counter for tree map species list when parsing tree map files. More...

int	m_iCurrentTreeType
	When parsing tree map settings, the current tree type. More...

Protected Attributes inherited from sortie.data.funcgroups.BehaviorTypeBase
ArrayList< Behavior >	mp_oInstantiatedBehaviors
	List of child behaviors currently selected for the run. More...

ArrayList< BehaviorInstantiator >	mp_oAvailableBehaviors
	List of possible behaviors that can be created. More...

GUIManager	m_oManager
	GUIManager object. More...

String	m_sName
	User-consumable name for this object. More...

Private Member Functions
void	updateTreeDataMembers () throws ModelException
	Update the tree data members for the currently enabled behaviors. More...

Private Attributes
ModelVector	mp_sSpeciesNames
	List of species names - ignore XML tags since this data can't use the automated XML read-write system. More...

Detailed Description

This holds all data relating to the tree population.

It also manages the windows necessary to display and retrieve information about the trees. Copyright: Copyright (c) Charles D. Canham 2003 Company: Cary Institute of Ecosystem Studies

Author: Lora E. Murphy

Version: 1.1

Edit history:
---------------—
December 8, 2011: Wiped the slate clean for version 7 (LEM)

Constructor & Destructor Documentation

◆ TreePopulation()

sortie.data.funcgroups.TreePopulation.TreePopulation ( GUIManager oManager ) throws ModelException

Constructor.

Parameters

oManager GUIManager object

Member Function Documentation

◆ addTabDelimTreeMapFile()

void sortie.data.funcgroups.TreePopulation.addTabDelimTreeMapFile	(	javax.swing.JFrame	oWindow,
		String	sFileName
	)		throws ModelException

Adds the trees from a tab-delimited text tree map file.

Parameters

sFileName	The file name of the tree map file.
oWindow	Window to which to display messages

Exceptions

ModelException

if:

There is an unrecognized species
There is an unrecognized life history stage
There is a negative diameter
There is a negative height

◆ changeOfSpecies()

void sortie.data.funcgroups.TreePopulation.changeOfSpecies	(	int	iOldNumSpecies,
		int []	p_iIndexer,
		String []	p_sNewSpecies
	)		throws ModelException

Deletes all trees.

Parameters

iOldNumSpecies	says how many species there used to be.
p_iIndexer	is an array, sized to the new number of species. For each bucket (representing the index number of a species on the new list), the value is either the index of that same species in the old species list, or -1 if the species is new.
p_sNewSpecies	The new species list.

Exceptions

ModelException if anything goes wrong.

◆ changeSpeciesName()

void sortie.data.funcgroups.TreePopulation.changeSpeciesName	(	String	sOldSpecies,
		String	sNewSpecies
	)		throws ModelException

Changes the name of a species.

Everything about the species remains the same except for the name. This is an easier process than actually changing the species list.

Parameters

sOldSpecies	String Old name of the species
sNewSpecies	String New name of the species

Exceptions

ModelException if there is a problem.

◆ clearTreeMapParseSettings()

void sortie.data.funcgroups.TreePopulation.clearTreeMapParseSettings ( )

Clears any tree map parse settings that may be in place.

This ensures that grid values do not go to trees.

◆ clearTrees()

void sortie.data.funcgroups.TreePopulation.clearTrees ( )

Clears all trees.

◆ createBehaviorFromParameterFileTag()

Behavior sortie.data.funcgroups.TreePopulation.createBehaviorFromParameterFileTag ( String sParameterFileTag ) throws ModelException

Overridden to not create.

◆ doCopySpecies()

void sortie.data.funcgroups.TreePopulation.doCopySpecies	(	String	sCopyFrom,
		String	sCopyTo
	)		throws ModelException

Makes one species exactly like another.

Any difference from the target species is obliterated. Both species names must already exist (i.e. add a new species before making it into a copy of another). This triggers the change through the other GUI objects.

Parameters

sCopyFrom	String Name of species to copy.
sCopyTo	String Name of species that is the copy.

Exceptions

ModelException

◆ doSetup()

void sortie.data.funcgroups.TreePopulation.doSetup ( TreePopulation oPop ) throws ModelException

Overridden to let allometry do setup.

◆ getAllometry()

Allometry sortie.data.funcgroups.TreePopulation.getAllometry ( )

Gets the allometry object.

Returns: Allometry object, or null if none exists.

◆ getBehaviorByXMLParametersParentTag()

Behavior sortie.data.funcgroups.TreePopulation.getBehaviorByXMLParametersParentTag	(	String	sXMLTag,
		int	iPos
	)

Overridden to ignore position.

◆ getBoolDataCode()

int sortie.data.funcgroups.TreePopulation.getBoolDataCode	(	String	sDataMember,
		int	iSpecies,
		int	iType
	)		throws ModelException

Gets the data code for accessing a bool tree data member.

You can use the return code to get the data from a Tree class object. If the data member does not belong to the tree population, it will search enabled behaviors for the data.

Parameters

sDataMember	Name of data member.
iSpecies	Tree species.
iType	Tree type.

Returns: Data code, or -1 if the data member name is unrecognized.

◆ getCharDataCode()

int sortie.data.funcgroups.TreePopulation.getCharDataCode	(	String	sDataMember,
		int	iSpecies,
		int	iType
	)		throws ModelException

Gets the data code for accessing a float tree data member.

You can use the return code to get the data from a Tree class object. If the data member does not belong to the tree population, it will search enabled behaviors for the data.

Parameters

sDataMember	Name of data member.
iSpecies	Tree species.
iType	Tree type.

Returns: Data code, or -1 if the data member name is unrecognized.

◆ getCodeForDataMember()

int sortie.data.funcgroups.TreePopulation.getCodeForDataMember	(	ArrayList< String >	p_oMemberList,
		String	sDataMember
	)

protected

Gets the data member code for a data member label.

If this is not a currently listed data member, it will be added.

Parameters

p_oMemberList	List of data members.
sDataMember	Data member name.

Returns: Data member code.

◆ getFloatDataCode()

int sortie.data.funcgroups.TreePopulation.getFloatDataCode	(	String	sDataMember,
		int	iSpecies,
		int	iType
	)		throws ModelException

Gets the data code for accessing a float tree data member.

You can use the return code to get the data from a Tree class object. If the data member does not belong to the tree population, it will search enabled behaviors for the data.

Parameters

sDataMember	Name of data member.
iSpecies	Tree species.
iType	Tree type.

Returns: Data code, or -1 if the data member name is unrecognized.

◆ getIntDataCode()

int sortie.data.funcgroups.TreePopulation.getIntDataCode	(	String	sDataMember,
		int	iSpecies,
		int	iType
	)		throws ModelException

Gets the data code for accessing an int tree data member.

You can use the return code to get the data from a Tree class object. If the data member does not belong to the tree population, it will search enabled behaviors for the data.

Parameters

sDataMember	Name of data member.
iSpecies	Tree species.
iType	Tree type.

Returns: Data code, or -1 if the data member name is unrecognized.

◆ getNumberOfSizeClasses()

int sortie.data.funcgroups.TreePopulation.getNumberOfSizeClasses ( )

Returns the number of size classes.

Returns: Number of size classes

◆ getNumberOfSpecies()

int sortie.data.funcgroups.TreePopulation.getNumberOfSpecies ( )

Returns the number of species.

Returns: Number of species

◆ getNumberOfTypes()

static int sortie.data.funcgroups.TreePopulation.getNumberOfTypes ( )

static

Get the total number of tree types (life history stages).

Returns: Total number of tree types

◆ getSizeClass()

Float sortie.data.funcgroups.TreePopulation.getSizeClass ( int iIndex )

Returns the size class at a specific index.

Parameters

iIndex Index of size class to return.

Returns: Upper limit of size class.

◆ getSpeciesCodeFromName()

int sortie.data.funcgroups.TreePopulation.getSpeciesCodeFromName ( String sName )

When passed the name of a species, will give back the corresponding species number code.

If there are spaces in the name, they should be replaced with underscores BEFORE being passed.

Parameters

sName The name of the species.

Returns: The code, or -1 if the name is not recognized.

◆ getSpeciesNameFromCode()

String sortie.data.funcgroups.TreePopulation.getSpeciesNameFromCode ( int iSpecies )

For a given species code, returns its name.

If this name is for display, a replace should be done on underscores to spaces.

Parameters

iSpecies The species code.

Returns: The species name.

◆ getTreeBehavior()

TreeBehavior sortie.data.funcgroups.TreePopulation.getTreeBehavior ( )

◆ getTrees()

ArrayList<Tree> sortie.data.funcgroups.TreePopulation.getTrees ( )

Gets the list of trees.

Returns: A vector of Tree objects.

◆ getTypeCodeFromName()

static int sortie.data.funcgroups.TreePopulation.getTypeCodeFromName ( String sName )

static

For a given type name, returns its code.

Parameters

sName The type name.

Returns: The type code, or -1 if the name is invalid.

◆ getTypeNameFromCode()

static String sortie.data.funcgroups.TreePopulation.getTypeNameFromCode ( int iType )

static

For a given type code, returns its name.

Parameters

iType The type code.

Returns: The type name, or an empty string if the code isn't recognized.

◆ readSpecies()

void sortie.data.funcgroups.TreePopulation.readSpecies ( Attributes oAttributes ) throws ModelException

Reads tree species from XML parsing.

Parameters

oAttributes The attributes of this object.

Exceptions

ModelException if there is a problem reading this data.

◆ readTreeMapSettings()

boolean sortie.data.funcgroups.TreePopulation.readTreeMapSettings	(	String	sXMLTag,
		Attributes	oAttributes,
		Object	oData
	)		throws ModelException

Reads tree map settings from XML parsing.

This method is looking for tm_floatCode, tm_intCode, tm_charCode, tm_boolCode, fl, int, ch, and bl. For the last four, they are only set if m_iCurrentSpecies and m_iCurrentTreeType are greater than -1 but will return true in either case. This is so missing values will be ignored without consequence. This depends on grids being read first!

Parameters

sXMLTag	XML tag of data object whose value is to be set.
oAttributes	The attributes of this object.
oData	Data value appropriate to the data type

Returns: true if the value was set successfully; false if the value could not be found. (This would not be an error, because I need a way to cycle through the objects until one of the objects comes up with a match.)

Exceptions

ModelException if there is a problem reading this data.

◆ readTreeParent()

void sortie.data.funcgroups.TreePopulation.readTreeParent ( Attributes oAttributes ) throws ModelException

Reads tree parent from XML parsing.

Parameters

oAttributes The attributes of this object.

Exceptions

ModelException if there is a problem reading this data.

◆ readTreeSettings()

void sortie.data.funcgroups.TreePopulation.readTreeSettings ( Attributes oAttributes ) throws ModelException

Reads tree settings from XML parsing.

Parameters

oAttributes The attributes of this object.

Exceptions

ModelException if there is a problem reading this data.

◆ setSpeciesNames()

void sortie.data.funcgroups.TreePopulation.setSpeciesNames ( String [] p_sVals ) throws ModelException

Sets the species name list.

The species vector will be sized to match the array of Strings passed. All spaces in the species names are replaced with underscores.

If there are species currently defined, this calls ChangeOfSpecies() for all objects.

This calls the GUIManager::DoSetup() method so that behavior groups can adjust for the new species list if species were already defined.

This function also declares certain arrays, since this is the first opportunity to know how many species there are.

Parameters

p_sVals A String array of species names.

Exceptions

ModelException if there is a problem setting the species names.

◆ updateTreeDataMembers()

void sortie.data.funcgroups.TreePopulation.updateTreeDataMembers ( ) throws ModelException

private

Update the tree data members for the currently enabled behaviors.

Remove any that no longer apply.

◆ validateData()

void sortie.data.funcgroups.TreePopulation.validateData ( TreePopulation oPop ) throws ModelException

This makes sure all data is valid and can be used to run the model.

Parameters

oPop Not used.

Exceptions

ModelException if there are no species defined.

◆ writeBehaviorNodes()

void sortie.data.funcgroups.TreePopulation.writeBehaviorNodes	(	BufferedWriter	out,
		TreePopulation	oPop
	)		throws ModelException

◆ writeSpeciesList()

void sortie.data.funcgroups.TreePopulation.writeSpeciesList ( BufferedWriter jOut ) throws IOException

Writes the species list.

Parameters

jOut	The XML file to write to.

Exceptions

IOException If anything goes wrong

◆ writeTreeMap()

void sortie.data.funcgroups.TreePopulation.writeTreeMap ( BufferedWriter jOut ) throws ModelException

Writes an XML tree map if there are any trees to write.

Parameters

jOut	The XML file to write to.

Exceptions

ModelException If anything goes wrong. This could wrap another exception.

Todo:: subplot support

Member Data Documentation

◆ ADULT

final int sortie.data.funcgroups.TreePopulation.ADULT = 3

static

Adult tree life history stage - matches definition in C++.

◆ m_iCurrentTreeType

int sortie.data.funcgroups.TreePopulation.m_iCurrentTreeType

protected

When parsing tree map settings, the current tree type.

◆ m_iSpeciesCounter

int sortie.data.funcgroups.TreePopulation.m_iSpeciesCounter

protected

Counter for tree map species list when parsing tree map files.

◆ mp_iSpeciesTransforms

int [] sortie.data.funcgroups.TreePopulation.mp_iSpeciesTransforms

protected

When parsing tree maps, this will convert in case the species list is in a different order.

The array index is the code to convert; the value in the array at that point is the corresponding old species number.

◆ mp_iTreeIntTransforms

ArrayList<ArrayList<ArrayList<Integer> > > sortie.data.funcgroups.TreePopulation.mp_iTreeIntTransforms

protected

Index positions for tree integer data members.

The current tree map being read may have different data member indexes, and this will help translate to mp_sTreeIntDataMembers. First index is species, second is type. Vector position equals the data member position in the map being read, and vector value is the position in mp_sTreeIntDataMembers of the data member (and thus the tree index).

◆ mp_oTrees

ArrayList<Tree> sortie.data.funcgroups.TreePopulation.mp_oTrees = new ArrayList<Tree>(0)

Holds Tree objects to be written to a tree map.

◆ mp_sSpeciesNames

ModelVector sortie.data.funcgroups.TreePopulation.mp_sSpeciesNames

private

Initial value:

= new ModelVector("Species names", "", "", 0,

ModelVector.STRING)

List of species names - ignore XML tags since this data can't use the automated XML read-write system.

◆ mp_sTreeIntDataMembers

ArrayList<ArrayList<ArrayList<String> > > sortie.data.funcgroups.TreePopulation.mp_sTreeIntDataMembers

Tree integer data members.

First array index is species, second is type. The vector is a set of strings with the data member names. The position of the String in the vector corresponds to the data member code in the tree map.

◆ SAPLING

final int sortie.data.funcgroups.TreePopulation.SAPLING = 2

static

Sapling tree life history stage - matches definition in C++.

◆ SEED

final int sortie.data.funcgroups.TreePopulation.SEED = 0

static

Seed tree life history stage - matches definition in C++.

◆ SEEDLING

final int sortie.data.funcgroups.TreePopulation.SEEDLING = 1

static

Seedling tree life history stage - matches definition in C++.

◆ SNAG

final int sortie.data.funcgroups.TreePopulation.SNAG = 5

static

Snag tree life history stage - matches definition in C++.

◆ STUMP

final int sortie.data.funcgroups.TreePopulation.STUMP = 4

static

Stump tree life history stage - matches definition in C++.

◆ WOODY_DEBRIS

final int sortie.data.funcgroups.TreePopulation.WOODY_DEBRIS = 6

static

Woody debris tree life history stage - matches definition in C++.

The documentation for this class was generated from the following file:

TreePopulation.java

Public Member Functions

Static Public Member Functions

Public Attributes

Static Public Attributes

Protected Member Functions

Protected Attributes

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ TreePopulation()

Member Function Documentation

◆ addTabDelimTreeMapFile()

◆ changeOfSpecies()

◆ changeSpeciesName()

◆ clearTreeMapParseSettings()

◆ clearTrees()

◆ createBehaviorFromParameterFileTag()

◆ doCopySpecies()

◆ doSetup()

◆ getAllometry()

◆ getBehaviorByXMLParametersParentTag()

◆ getBoolDataCode()

◆ getCharDataCode()

◆ getCodeForDataMember()

◆ getFloatDataCode()

◆ getIntDataCode()

◆ getNumberOfSizeClasses()

◆ getNumberOfSpecies()

◆ getNumberOfTypes()

◆ getSizeClass()

◆ getSpeciesCodeFromName()

◆ getSpeciesNameFromCode()

◆ getTreeBehavior()

◆ getTrees()

◆ getTypeCodeFromName()

◆ getTypeNameFromCode()

◆ readSpecies()

◆ readTreeMapSettings()

◆ readTreeParent()

◆ readTreeSettings()

◆ setSpeciesNames()

◆ updateTreeDataMembers()

◆ validateData()

◆ writeBehaviorNodes()

◆ writeSpeciesList()

◆ writeTreeMap()

Member Data Documentation

◆ ADULT

◆ m_iCurrentTreeType

◆ m_iSpeciesCounter

◆ mp_iSpeciesTransforms

◆ mp_iTreeIntTransforms

◆ mp_oTrees

◆ mp_sSpeciesNames

◆ mp_sTreeIntDataMembers

◆ SAPLING

◆ SEED

◆ SEEDLING

◆ SNAG

◆ STUMP

◆ WOODY_DEBRIS