C# Class Madingley.HumanAutotrophMatterAppropriation

Removes autotroph matter appropriated by humans from a grid cell's autotroph stocks

Assumes that autotroph matter is appropriated evenly from different stocks in proportion to their biomass

Afficher le fichier Open project: Madingley/C-sharp-version-of-Madingley Class Usage Examples

Méthodes publiques

Méthode	Description
HumanAutotrophMatterAppropriation ( ) : System	Constructor for human appropriation of autotroph matter
RemoveHumanAppropriatedMatter ( double wetMatterNPP, double[]>.SortedList cellEnvironment, Tuple humanNPPScenario, GridCellStockHandler gridCellStocks, int actingStock, uint currentTimestep, uint burninSteps, uint impactSteps, uint recoverySteps, uint instantStep, uint numInstantStep, System.Boolean impactCell, string globalModelTimestepUnits ) : double	Remove human appropriated matter from the grid cell autotroph stocks Scenario types are: 'no' = no removal; 'hanpp' = appropriated NPP estimate from input map; constant = constant appropriation after burn-in; temporary = constant after burn-in until specified time; value = proportion of plant biomass appropriated

Method Details

HumanAutotrophMatterAppropriation() public méthode

Constructor for human appropriation of autotroph matter

public HumanAutotrophMatterAppropriation ( ) : System
Résultat	System

RemoveHumanAppropriatedMatter() public méthode

Remove human appropriated matter from the grid cell autotroph stocks

Scenario types are: 'no' = no removal; 'hanpp' = appropriated NPP estimate from input map; constant = constant appropriation after burn-in; temporary = constant after burn-in until specified time; value = proportion of plant biomass appropriated

public RemoveHumanAppropriatedMatter ( double wetMatterNPP, double[]>.SortedList cellEnvironment, Tuple humanNPPScenario, GridCellStockHandler gridCellStocks, int actingStock, uint currentTimestep, uint burninSteps, uint impactSteps, uint recoverySteps, uint instantStep, uint numInstantStep, System.Boolean impactCell, string globalModelTimestepUnits ) : double
wetMatterNPP	double
cellEnvironment	double[]>.SortedList	The environment in the current grid cell
humanNPPScenario	Tuple	The type of NPP extraction to apply
gridCellStocks	GridCellStockHandler	The stocks in the current grid cell
actingStock	int	The position of the acting stock in the jagged array of grid cell stocks
currentTimestep	uint	The current model time step
burninSteps	uint	The number of steps to run before impact is simulated
impactSteps	uint	The number of time steps to apply the impact for (for 'temporary' scenarios)
recoverySteps	uint
instantStep	uint
numInstantStep	uint
impactCell	System.Boolean	Whether this cell should have human impacts applied
globalModelTimestepUnits	string
Résultat	double