cEcosimDatastructures Class

Initializes a new instance of the cEcosimDatastructures class

Number of time steps to run the model for

Set the FisForced() array to False of all groups

Deep-copy Ecosim data structures to another instance.

Set default fish rate values

Set default fish mortality values

Set the summary time periods to using the Ecoism run length (NTime)

Dimension all forcing function variables by ForcingPoints (number of forcing points/simulation years) and or ForcingShapes (number of forcing shapes)

Dimension the results over time arrays i.e. ResultsOverTime(),ResultsSumCatchByGroupGear()

Determines whether the specified object is equal to the current object.

Erase all the results arrays

Allows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection.

Serves as the default hash function.

Gets the Type of the current instance.

Initialize the forcing shapes to a value of one. This will overwrite an existing values

Creates a shallow copy of the current Object.

An Ecosim run has completed

Resize the Forcing Shape Data to the new size this can be bigger or smaller then the existing number of elements

Resize the Forcing Shape Data to the new size this can be bigger or smaller then the existing number of elements

Set effort to default value for all the fleets in list

Computed summarized results for Ecosim

Returns a string that represents the current object.

Toggle to enable TL calculations during searches. Normally this is not enabled because TL info is not used by searches.

Mediation data for Biomass Mediation

Boolean flag that tells Ecosim to run on it's own thread.

Boolean flag set by the calling routine to tell Ecosim if it should process the output timestep data cEcoSImModel.ProcessTimeStep()

Capacity Environmental Response functions (mediation functions). Shape to convert input value to capacity value e.g. CapacityMap(irow,icol) = F(InputMap(irow,icol)) (capacity as a function of X)

Total catch per timestep

QBmax/QBo for handling time > 1.

Base consumption on a prey by a predator

Base rate of Detritus accumulation ([accumulated detritus biomass]/[biomass t=0]) calculated in SimDetritusMT.

Discount rate (% per year).

Unit conversion factor for fishing effort

Summarized Jobs from results

Index of the Response function that has been applied to this EnviromentalDrive and Group (driver,group)

Equilibrium step size.

Equilibrium max. fishing rate (relative).

FIB index (x time)

Mortality due to fishing FCatch(group) / EcopathBiomass(group) by group

Fishing mortality by Fleet, Group

Fishing Effort multiplier relative to Ecopath base, by Fleet, Time.

Max catch rate ???

Fishing mortality over time for each group.

Mortality due to fishing at the current time step

Array of Ecosim fleet database IDs.

Unique database IDs for forcing shapes.

Feeding Time scaling value

Feeding time adjustment rate (0-1).

Max relative feeding time.

Array of Ecosim group database IDs.

Detritus from all sources by group

iPrey for inlinks

Total number of links/flow between groups

iPred for inlinks

Kemptons's Q

Mortality other computed as (1-ee)*pb

Fraction of other mortality.

Mortalily rate due to predation by Link

Total number of fleets in the model.

Total number of groups in the model.

Flag for doing integration in rk4 for each group

Number of timesteps in the summary data

Number of time steps for averaging results.

Number of steps per year.

Duration of simulation (years).

Base proportion of free nutrients.

Sum of biomass across all groups

Nutrient loading forcing function number. This is an index in the tval() array.

Nutrient free in the enviroment

Max PB/(Base PB) due to nutrient concent.

Total nutrient bound in system

pbbiomass = (PB * MaxPB / PB - 1) / B

Max PB = PBmax*PB

pred/prey(2) x groups x groups x time

Mediation data for Price Elasticity (mediation function)

Summarized Profit from results

Proportion of the total catch that suffered mortality for the current time step (by gear group). Does not include discards that survived. Initialized in cEcosim.InitPropLanded() Propdiscardtime(iflt, igrp) = PropDiscard(iflt, igrp) * PropDiscardMort(iflt, igrp)

Proportion of regulated landings (by gear group) for the current time step

Density-dependant catchability QMax/Qo.

Catch Rate at Ecopath base. Include all catch even discards that survive. set in SetRelativeCatchabilities

pred/prey(2) x groups x groups

Landings by Group, Fleet

Model results over time (number of variables x groups x time)

fleets x time

Group x fleets x time.

Fishing mortality by time

Total discards by Group, fleets, time.

Discards that suffered mortality by Group, fleets, time.

Discards that survived by Group, fleets, time.

Landing by Group, Fleet, Time.

Predation effect on feeding time (0-1).

Shannon Diversity Index

Relaxation parameter [0,1].

Sum of squares fit to reference data

Sum of squares by group

Integration steps (per year).

Number of sub timesteps Ecosim will run per month

Start time of the first and second summary data period. In Years

Switching power parameter (0-2).

System recovery (+/- %).

TL of catch (x time)

TL based on Ecosim diets (x group)

Vulnerability multiplier of a prey to a predator

Max vulnerability across all prey for this predator VulnerabilityPredator(pred) = max(VulMult(prey,pred))

Extension method; extract a value from an object by property name.