	Name	Description
	getLayerIDs	Obtain a layer DBID for any varname and index.
	isAdvectionActive	Returns whether any group is Advected
	isCapacityChanged	Have any of the capacity input layers changed
	isEcosimBiomassForcingLoaded	Returns whether any group is forced through biomass timeseries in Ecosim.
	isEcosimDiscardForcingLoaded	Returns whether any group is forced through discards timeseries in Ecosim.
	nCellsInRegion
	NGroups	Number of Base Groups (Ecopath)
	nTimeSteps
	nTimeStepsPerYear	Number of Ecospace time steps per year at the current time step
	TotalTime

	Name	Description
	AverageSpatialResults	Average the results values over number of water cells
	Clear
	DefaultBasemapDimensions	Set the Map to its default size
	Equals	Determines whether the specified object is equal to the current object. (Inherited from Object.)
	Finalize	Allows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection. (Inherited from Object.)
	GetHashCode	Serves as the default hash function. (Inherited from Object.)
	getLayerID	Return the unique database ID for any Ecospace map layer.
	getSumBiom	Get Biomass for summary periods
	getSumBiomByRegion	Get sum of Biomass by Region Group for the Start and End summary period
	getSumCatchFleet	Get Catch by Fleet for summary periods
	getSumCatchFleetGroup	Get Catch by Fleet Group for summary periods
	getSumCatchRegionGearGroup	Get Catch by REgion, Fleet, Group for summary periods
	getSumCostFleet	Get Cost by Fleet for summary periods
	getSumEffortES	Get Value by Fleet for summary periods
	getSumValueFleet	Get Value by Fleet for summary periods
	getSumValueFleetGroup	Get Value by Fleet Group for summary periods
	GetType	Gets the Type of the current instance. (Inherited from Object.)
	MemberwiseClone	Creates a shallow copy of the current Object. (Inherited from Object.)
	PopulateFleetCells	Populate FleetSailCells with a list of map cells in Sail that are less than EffortDistThreshold
	RedimConSimVars
	ReDimEffortZones	Dimensions and sets the number of Effort Zones
	ReDimFleets
	redimForReferenceData	Ecospace spatial reference data not used but left in place for legacy reasons
	RedimGroups
	RedimHabitatVariables	Re-dimension the habitat variables
	ReDimMapDims
	ReDimMapVars
	RedimMigratoryVariables	Redim variables for migratory preferences
	RedimMPAVariables	Redim variables for MPAs
	redimTimeStepResults	Redim the data that saves the Ecospace results over time
	restoreBaseRelPP	Restore RelPP map from the RelPP0 temporary array.
	setBaseRelPP	Preserve RelPP map in the RelPP0 temporary array.
	setDebugCapMaps	Hardwire some Capacity map values
	SetDefaults	Set default values and dimemsion basic arrays
	setDefaultSummaryPeriod
	SetDefaultThreads
	setHabCapGroupIsChanged	Set the isGroupHabCapChanged() flag to True or False for all the groups
	setNWaterCells	Count the number of water cells and sets public property nWaterCells
	SummarizeResultsByFleet
	ToCellLength
	ToCellSize
	ToString	Returns a string that represents the current object. (Inherited from Object.)

	Name	Description
	AdjustSpace
	AdvectSpeed
	AMmTr
	Aspace
	AssumeSquareCells	Get/set whether Ecospace will use square cells, e.g. will bypass cell width corrections.
	barrierAvoidanceWeight	This determines how much weight is put into the pathfinding movement algorithm for migratory species. If fish are getting caught in complex habitat, increasing this value will help the fish get "un-stuck". Possible values [0-1] Increasing this will increase the concentration of the fish, so the regular NS/EW concentrations should be lowered to keep the concentration the same.
	Basebiomass
	BaseCatch
	BaseConsump
	BaseFishMort
	BasePredMort
	BBase	Ecospace base biomass gathered at the end of the first timestep after any spinup period.
	bCalTrophicLevel	Calculate the TrophicLevel map in Ecospace. True Ecospace will populate the TrophicLevel map in cEcospaceDataStructures.TL.
	Bcell	Biomass by cell (row, col, group)
	bENA
	bInSpinUp	Are we in a Spin-Up period
	Blast
	Bnew
	BRatio	Ratio of habitat area to total habitat capacity
	bUseEffortDistThreshold	Boolean flag is fishing effort restricted to cells with a Sail() of less than EffortDistThreshold
	bUseLocalMemory
	ByPassIntegrate
	CapCalType	Capacity calculation type per group
	CapMapFunctions
	CapMaps
	CatchFleetMap	Catch by Row, Col, Fleet.
	CatchMap	Catch by Row, Col, Group.
	Ccell	Contaminant by cell (row, col, group)
	CellLength	Length in KM of a cell, used for dispersal etc.
	Clast
	CurrentForce
	dctENACells
	DEFAULT_COORDINATESYSTEM	ESRI projection string of the default WGS_84 projection of Ecospace.
	Depth	Actual depth map as used by Ecospace, computed from DepthInput and Excluded.
	DepthA
	DepthInput	User-entered depth map
	DepthX
	DepthY
	der
	DiscardsMap	Discards (all? mortality?) by Row, Col, Group.
	EcoPathData
	EcopathFleetDBID	Array of mappings to ecopath fleet database IDs.
	EcopathGroupDBID	Array of mappings to ecopath group database IDs.
	EcoseedOn
	EcosimScenarioDBID
	EcospaceAreaOutputDir	User defined output directory for Ecospace Area Averaged outputs
	EcospaceMapOutputDir	User defined output directory for Ecospace output Maps
	EffortDistThreshold	Threshold value in the Sail(fleet,row,col) [sailing cost map] for a cells inclusion in effort distribution.
	EffortSpace	Fishing Mortality (catchrate) by a fleet for each cell fleet,row,col
	EffPower
	EffZones	Index of the Effort Zone a cell is in by Row Col
	EnvironmentalLayerDBID	Environmental layer database IDS
	EnvironmentalLayerDescription	Environmental layer descriptions
	EnvironmentalLayerMap	Environmental layer data (layer)(row, col)
	EnvironmentalLayerName	Environmental layer names
	EnvironmentalLayerUnits	Environmental layer units
	Excluded	Is a cell included in modeling by Row, Col.
	FirstOutputTimeStep	First model time step to being writing Ecospace output files
	FitnessResp	Inverse of emigration response to fitness
	FleetDBID	Array of ecospace Fleet database IDs.
	FleetSailCells	List of map cells that have a value in the Sail(,,)array less than EffortDistThreshold
	flow
	Ftot	Total fishing mortality by group,row,col
	Ftr
	GearHab	Does this Fishing fleet use this habitat type
	GroupDBID	Array of ecospace group database IDs.
	GroupDetritus	Detritus by Row, Col, group
	HabArea	Total number of habitat cells by habitat type
	HabAreaProportion	Proportion of total area used by a habitat type
	HabCap	Habitat Capacity by Row,Col,Group
	HabCapInput	User defined input habitat capacity.
	HabitatDBID	Array of ecospace habitat database IDs.
	HabitatText	Descriptive text of habitat type (name)
	hasCapInitialized	The Capacity model has a "one time" initialization of MaxHabCap value used for normalization of inputs. This Flag gets set to True once MaxHabCap() has been set
	iEndRow
	IFDPower
	IFDweight
	ImportanceLayerDBID
	ImportanceLayerDescription
	ImportanceLayerMap	Importance layer data (layer)(row, col)
	ImportanceLayerName
	ImportanceLayerWeight
	InCol	Number of rows in the current base map
	InMigAreaMovement	Weighting for directed movement within a migratory area (groups)
	InRow	Number of rows in the current base map
	integratedGroups
	IsAdvected
	IsEcosimBioForcingGroup	Is the Ecosim biomass time series forcing enabled for this group
	IsEcosimDiscardForcingGroup
	IsFishRateSet
	isGroupHabCapChanged
	IsMigratory	IsMigratory flag, per group.
	IsSpShown
	iStartRow
	iTotalWaterCells
	ItoUse	Nearest suitable map row (iPacket) for an IBM Packet by nStanzaGroups(nSplit), MaxStanzas, row, col
	iWaterCellIndex
	jEndCol
	jord
	jStartCol
	JtoUse	Nearest suitable map col (jPacket) for an IBM Packet by nStanzaGroups(nSplit), MaxStanzas, row, col
	jWaterCellIndex
	KemptonsQ	Kemptons Q by Row, Col.
	Kmovefit
	Landings	Sum of landings across all cells by Group/Fleet for the current timestep
	Lat1	Latitude of upper left coordinate of the current basemap.
	LinkCellWidthAndSize	Bad-ass flag, stating whether cell length can be computed from cell size and vice-versa. This should really be properly determined from proper projections
	Lon1	Longitude of upper left coordinate of the current basemap.
	lstRegions
	M0Mult	Other mortality multiplier by Row,Col,Group
	M0MultInput	User-defined other mortality multiplier.
	MaxHabCap	max capacity by group
	maxIter	Maximum number of iterations that solvegrid will use to find the implicit solution for the next timestep
	MigMaps	Monthly Migration maps stored in a ragged array Dimensioned by (group,month)(row,col)
	MonthlyUpWell
	MonthlyXvel
	MonthlyYvel
	MonthNow	Current month that is being executed.
	MovePacketsAtStanzaEntry
	MoveScale
	MPA	MPA layout, dimensioned as mpa x (row, col)
	MPABiomass
	MPADBID	Array of ecospace MPA database IDs.
	MPAfishery	MPA enforcement (fleet x MPA), true if an MPA is open to fishing for a given fleet
	MPAmonth	MPA monthly open/closed state (Month x MPA), true when open for fishing.
	MPAname
	MPAno	Number of MPAs
	MPred	Predation rate by Row, Col, Prey/Pred link
	Mrate	Movement rate?!
	Mvel	Base dispersal rate as entered by the user
	nEffortDistThreads	Number of effort distribution threads
	nEffZones	Number of fishing effort zones (LME's, EEZ...)
	nEnvironmentalDriverLayers	Number of environmental layers
	NewMultiStanza
	nFleets	Number of Fishing Fleets
	nGridSolverThreads	Number of threads to use for the grid solvers
	nIBMGroupsPerThread
	nIBMPacketsPerThread
	nImportanceLayers	Number of Importance layers
	nLiving
	NoHabitats	Number of Habitat types defined by the user
	nRegions
	nSpaceSolverThreads	Number of threads to run the groups biomass calculations on
	NumStep	Number of time steps for averaging summary window data
	Nvarsplit	Total number of stanza groups
	nvartot	total number of all groups
	nWaterCells	Total number of cells that have water
	PAreaFished	The proportion of map cell that is fished by a fleet.
	PHabType	The proportion of habitat type in a map cell.
	Port
	PPScale	Primary Production Scaler average value of relPP(row,col) for all water cells
	PPupWell
	PredCell
	PredictEffort	Predict fishing effort via the Gravity attraction model
	PrefHab	The proportion to which a group prefers a habitat.
	PropEffortFleetZone	Proportion of relative fishing effort for a fleet in an zone(LME,Region....) by nFleets, nEffZones
	Region
	RegionDBID	Array of ecospace region database IDs.
	RelCin
	RelMoveBad
	RelPP
	RelPP0	Base value for relative PP (relative PP at t=0). Set after PP has been read from the database.
	RelVulBad
	ResultsByFleet	ResultsByFleet(nvars,nFleets,NumberOfTimeSteps)
	ResultsByFleetGroup	ResultsByFleetGroup(nvars, nFleets, nGroups, nTimesteps)
	ResultsByGroup	Summarized time step data
	ResultsCatchRegionGearGroup	ResultsCatchRegionGearGroup( nRegions, nFleets, nGroups, nTimesteps)
	ResultsCatchRegionGearGroupYear	ResultsCatchRegionGearGroup( nRegions, nFleets, nGroups, nYears)
	ResultsRegionGroup	ResultsRegionGroup(nRegions, nGroups, nTimesteps)
	ResultsRegionGroupYear	ResultsRegionGroup(nRegions, nGroups, nYears)
	ResultsSummaryByFleet
	Sail	Sailing cost (fleet x row x col)
	SailScale	Average value in the Sail(fleet,row,col) map for all water cells.
	SaveAnnual
	SaveASC
	SaveCSV
	SEmult	Sailing Effort Multiplier by Fleet
	ShannonDiversity	ShannonDiversity by Row, Col.
	SpaceBiomassByRegion
	SpaceBiomassByRegionCount
	SpaceCatchByRegion
	SpaceCatchByRegionCount
	SpaceEffortByRegionFleet
	SpaceEffortByRegionFleetCount
	SpaceTime
	SpDat
	SpDatYear
	SpForceBB
	SpForceCatch
	SpForceZ
	SpinUpBBase	Ecospace base biomass before the Spin-Up period. Gathered at the end of the first timestep.
	SpinUpYears	Number of years to run the Spin-Up for
	SpName
	SpPool
	SpRegion
	SpType
	SpVal
	SpWt
	SpYear
	SS	Sum of Squares fit to reference data
	StanzaGroups
	SumStart	Start time of the first and second summary data period. In Years
	ThabArea	Total number of habitat area cells Any cell with a depth > 0 of any habitat type
	TimeNow	Current model time step in years. Incremented by TimeStep at the end of the timestep.
	TimeStep	Length of the time step in years
	TL	Trophic Level by Row, Col, Group.
	TLc	Trophic Level of the catch by Row, Col.
	Tol	Iteration tolerance for solvegrid.
	totalIntegratedGroups
	TotEffort	Sum of Effort modified by proportion of area fished in a cell.
	TotHabCap	Sum of Capacity across the map cells by group
	UpVel
	UseCoreOutputDir	Use the Ecospace Output directory defined by the core. If True this path will include Model-name/Ecopath_6. Scenario-name/ If False just the core output directory.
	UseEcosimBiomassForcing
	UseEcosimDiscardForcing
	UseExact
	UseIBM
	UseSpinUp	Use a "Spin-Up" period for Ecospace
	UseSpinUpBase
	UseSpinUpPlot
	Vspace
	W	SOR weight
	Width
	Xv	Wind X velocity (i x j x month)
	Xvel
	Xvloc
	YearNow	Current year that is being executed.
	Yv	Wind Y velocity (i x j x month)
	Yvel
	Yvloc

cEcospaceDataStructures Class

Reference