cEcoSpace Class

Initializes a new instance of the cEcoSpace class

Ecopath data used for initial state

Ecosim data used for initial state

Exposes the MessagePublisher instance so that the core can add message handlers

This is a modified version of PredictEffortDistribution, to be called only once at around simulation month 2 or 3; it resets totaleffort(gear) so as to avoid overfishing (relative to ecopath base) on concentrated species modifications to PredictEffortDistribution are ahown as '***

Local version of derivtRed() used by Ecospace during initialization ONLY

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

Serves as the default hash function.

Gets the Type of the current instance.

Initialize numbers, weights, and positions ipacket,jpacket for IBM representation note must be called in findspatialequilibrium after calls to initialize ecospace variables

Initialize base varaibles with the default values

Creates a shallow copy of the current Object.

Normalize the proportion of habitat type in a cell that exceed 100% PHabType(ir,ic,ihab).

Threaded and Load Shared Version This routine predicts spatial effort and fishing mortality rate distribution by gear type; called at each iteration step in finding biomass spatial equilibrium model below is a gravity attraction model, distributing total efforts TotEffort(gear) over all cells where each gear can fish in proportion to relative profitability (catch rate x price sum) for that cell for the gear

Returns the relative movement from bad habitat multiplier based on preferred habitat and percentage of habitat type in the cell. Preferred habitatPercentage of habitat type in a cell

Run Ecospace synchronously. cEcoSpace.Run() will not return until the Ecospace run has completed.

Run EcoSpace on a seperate thread from the calling routine. This will return before the EcoSpace run has completed.

Returns a scaling factor to ensure that the total primary productivity is the same in Ecospace and Ecopath.

Scaling Sailing cost

Set capacity maps from all input sources Habitats, habitat preference, habitat proportion in cell, Input Capacity Maps and enviromental response functions.

Evaluate the fishing access map for the current month.

Finds nearest suitable cell for IBM packets entering a stanza in a cell not suitable for that stanza

solvetime() is not called at this time. It has been left in for reference

updates numbers, weight, and biomass for multiple stanza species using information on average performance (eatenby, loss) over ecospace grid cells used by the species

Returns a string that represents the current object.

Update the capacity map based on the datatype

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