Module net.finmath.lib

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

Class EvolutionOfEmissionIndustrialIntensity

java.lang.Object

net.finmath.climate.models.dice.submodels.EvolutionOfEmissionIndustrialIntensity

All Implemented Interfaces:

BiFunction<Integer,Double,Double>

public class EvolutionOfEmissionIndustrialIntensity
extends Object
implements BiFunction<Integer,Double,Double>

The function that maps \(i, \sigma(t_{i})) \) to \sigma(t_{i+1})), where \( \sigma(t) \) is the emission intensity (in kgCO2 / USD = GtCO2 / (10^12 USD)). The emission intensity is the factor that is applied to the GDP to get the corresponding emissions. The function is modelled as an exponential decay, where the decay rate decays exponentially (double exponential). Note: This is the function \( \sigma(t) \) from the original model, except that the division by \( (1-\mu(0)) \) is missing here.

Author:

Christian Fries

Constructor Summary

Constructors

Constructor	Description
EvolutionOfEmissionIndustrialIntensity(TimeDiscretization timeDiscretization)
EvolutionOfEmissionIndustrialIntensity(TimeDiscretization timeDiscretization, double emissionIntensityInitial, double emissionIntensityRateInitial, double emissionIntensityRateDecay)	The evolution of the emission intensity

Method Summary

Modifier and Type	Method	Description
Double	apply(Integer timeIndex, Double emissionIntensity)
double	getEmissionIntensityInitial()
double	getEmissionIntensityRateDecay()
double	getEmissionIntensityRateInitial()
TimeDiscretization	getTimeDiscretization()

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

EvolutionOfEmissionIndustrialIntensity

public EvolutionOfEmissionIndustrialIntensity(TimeDiscretization timeDiscretization,
 double emissionIntensityInitial,
 double emissionIntensityRateInitial,
 double emissionIntensityRateDecay)

The evolution of the emission intensity

Parameters:

timeDiscretization - The time discretization used.

emissionIntensityInitial - The initial emission intensity. Unit: GtCO2 / (10^12 USD)

emissionIntensityRateInitial - Initial value for the exponential decay rate.

emissionIntensityRateDecay - Exponential decay rate for the decay rate.

EvolutionOfEmissionIndustrialIntensity

public EvolutionOfEmissionIndustrialIntensity(TimeDiscretization timeDiscretization)

Method Details

apply

public Double apply(Integer timeIndex,
 Double emissionIntensity)

Specified by:

apply in interface BiFunction<Integer,Double,Double>

getTimeDiscretization

public TimeDiscretization getTimeDiscretization()

getEmissionIntensityInitial

public double getEmissionIntensityInitial()

getEmissionIntensityRateInitial

public double getEmissionIntensityRateInitial()

getEmissionIntensityRateDecay

public double getEmissionIntensityRateDecay()