Module net.finmath.lib

Package net.finmath.climate.models.dice.submodels

Class EvolutionOfCarbonConcentration

java.lang.Object

net.finmath.climate.models.dice.submodels.EvolutionOfCarbonConcentration

All Implemented Interfaces:

BiFunction<CarbonConcentration3DScalar,Double,CarbonConcentration3DScalar>

public class EvolutionOfCarbonConcentration
extends Object
implements BiFunction<CarbonConcentration3DScalar,Double,CarbonConcentration3DScalar>

The evolution of the carbon concentration M with a given emission E. \( M(t_{i+1}) = \Phi M(t_{i}) + unitConversion * E(t_{i}) \Delta t_{i} \) Note: the emission are in GtCO2/year while the carbon concentration is in GtC. Unit conversions

• 1 t Carbon = 3.666 t CO2

Note: The function depends on the time step size. TODO Fix time stepping

Author:

Christian Fries

Constructor Summary

Constructors

Constructor	Description
EvolutionOfCarbonConcentration(double timeStep)
EvolutionOfCarbonConcentration(double timeStep, double[][] transitionMatrix)

Method Summary

Modifier and Type	Method	Description
CarbonConcentration3DScalar	apply(CarbonConcentration3DScalar carbonConcentration, Double emissions)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface java.util.function.BiFunction

andThen

Constructor Details

EvolutionOfCarbonConcentration

public EvolutionOfCarbonConcentration(double timeStep,
 double[][] transitionMatrix)

EvolutionOfCarbonConcentration

public EvolutionOfCarbonConcentration(double timeStep)

Method Details

apply

public CarbonConcentration3DScalar apply(CarbonConcentration3DScalar carbonConcentration,
 Double emissions)

Specified by:

apply in interface BiFunction<CarbonConcentration3DScalar,Double,CarbonConcentration3DScalar>