emlab.gen.repository.Reps Class Reference

Classes
class	BidPriceComparator
class	PowerPlantDispatchPlanPriceComparator

Public Member Functions
ElectricitySpotMarket	findElectricitySpotMarketForZone (Zone zone)
ElectricitySpotMarket	findElectricitySpotMarketByNationalGovernment (NationalGovernment government)
ElectricitySpotMarket	findElectricitySpotMarketByPowerPlant (PowerPlant plant)
SegmentLoad	findSegmentLoadForElectricitySpotMarketForZone (Zone zone, Segment segment)
DecarbonizationMarket	findMarketBySubstance (Substance substance)
SegmentClearingPoint	findOneSegmentClearingPointForMarketSegmentAndTime (long tick, Segment segment, ElectricitySpotMarket market, boolean forecast)
double	peakLoadbyZoneMarketandTime (Zone zone, ElectricitySpotMarket market)
ArrayList< PowerPlantDispatchPlan >	findAllPowerPlantDispatchPlansForSegmentForTime (Segment segment, long time, boolean todo)
ArrayList< PowerPlantDispatchPlan >	findDescendingSortedPowerPlantDispatchPlansForSegmentForTime (Segment segment, long tick, boolean todo)
double	determineTotallyBankedCO2Certificates ()
double	determinePreviouslyBankedCO2Certificates ()
double	calculateCapacityOfExpectedOperationalPowerPlantsByOwnerByTechnology (long tick, AbstractAgent agent, PowerGeneratingTechnology powerGeneratingTechnology)
Loan	createLoan (EMLabAgent from, EMLabAgent to, double amount, long numberOfPayments, long loanStartTime, PowerPlant plant)
List< Loan >	findLoansFromAgent (EMLabAgent agent)
List< Loan >	findLoansToAgent (EMLabAgent agent)
List< Bid >	findAllBidsForForTime (long time)
void	removeBidsUpToTime (long time)
List< Bid >	findDemandBidsForMarketForTime (DecarbonizationMarket market, long time)
List< Bid >	findAllAcceptedDemandBidsForMarketForTime (DecarbonizationMarket market, long time)
List< Bid >	findOffersForMarketForTime (DecarbonizationMarket market, long time)
List< Bid >	findAcceptedOffersForMarketForTime (DecarbonizationMarket market, long time)
Iterable< Bid >	getBidsForMarketForTime (DecarbonizationMarket market, long time, boolean isSupply)
Iterable< Bid >	findOffersForMarketForTimeBelowPrice (DecarbonizationMarket market, long time, double price)
Iterable< Bid >	findDemandBidsForMarketForTimeAbovePrice (DecarbonizationMarket market, long time, double price)
double	calculateDemandBidsForMarketForTimeForPrice (DecarbonizationMarket market, long time, double price)
Iterable< Bid >	findDemandBidsForMarketForTimeForPrice (DecarbonizationMarket market, long time, double price)
Iterable< Bid >	findOffersForMarketForTimeForPrice (DecarbonizationMarket market, long time, double price)
double	calculateOffersForMarketForTimeForPrice (DecarbonizationMarket market, long time, double price)
double	calculateTotalDemandForMarketForTime (DecarbonizationMarket market, long time)
double	calculateTotalDemandForMarketForTimeForPrice (DecarbonizationMarket market, long time, double price)
double	calculateTotalSupplyForMarketForTime (DecarbonizationMarket market, long time)
double	calculateTotalSupplyPriceForMarketForTime (DecarbonizationMarket market, long time)
double	calculateMinimumSupplyPriceForMarketForTime (DecarbonizationMarket market, long time)
List< CashFlow >	findAllCashFlowsForForTime (long time)
void	removeCashFlowsUpToTime (long time)
ClearingPoint	findClearingPointForSegmentAndTime (Segment segment, long time, boolean forecast)
Iterable< ClearingPoint >	findClearingPointsForSegmentAndTime (Segment segment, long time, boolean forecast)
ClearingPoint	findClearingPointForMarketAndTime (DecarbonizationMarket market, long time, boolean forecast)
List< ClearingPoint >	findClearingPointsForMarketAndTime (DecarbonizationMarket market, long time, boolean forecast)
ClearingPoint	createOrUpdateClearingPoint (DecarbonizationMarket abstractMarket, double price, double volume, long time, boolean forecast)
SegmentClearingPoint	createOrUpdateSegmentClearingPoint (Segment segment, DecarbonizationMarket abstractMarket, double price, double volume, double interconnectorFlow, long time, boolean forecast)
CO2MarketClearingPoint	createOrUpdateCO2MarketClearingPoint (DecarbonizationMarket abstractMarket, double price, double volume, boolean emergencyTriggerActivated, double emergencyTriggerOutflow, long time, boolean forecast)
Iterable< LongTermContract >	findLongTermContractsForEnergyProducerActiveAtTime (EnergyProducer energyProducer, long time)
Iterable< LongTermContract >	findLongTermContractsForEnergyProducerForSegmentActiveAtTime (EnergyProducer energyProducer, Segment segment, long time)
Iterable< Contract >	findLongTermContractsForEnergyConsumerActiveAtTime (EnergyConsumer energyConsumer, long time)
Iterable< LongTermContract >	findLongTermContractsForEnergyConsumerForSegmentActiveAtTime (EnergyConsumer consumer, Segment segment, long time)
LongTermContract	findLongTermContractForPowerPlantActiveAtTime (PowerPlant plant, long time)
List< LongTermContract >	findLongTermContractsForEnergyConsumerForSegmentForZoneActiveAtTime (EnergyConsumer consumer, Segment segment, Zone zone, long time)
double	calculateTotalEmissionsBasedOnPowerPlantDispatchPlans (boolean forecast, long clearingTick)
LongTermContract	submitLongTermContractForElectricity (PowerPlant plant, EMLabAgent seller, EMLabAgent buyer, Zone zone, double price, double capacity, LongTermContractType longTermContractType, long time, LongTermContractDuration duration, boolean signed, Substance mainFuel, double fuelPassThroughFactor, double co2PassThroughFactor, double fuelPriceStart, double co2PriceStart)
LongTermContractOffer	submitLongTermContractOfferForElectricity (EnergyProducer seller, PowerPlant plant, Zone zone, double price, double capacity, LongTermContractType longTermContractType, long time, LongTermContractDuration duration, Substance mainFuel, double fuelPassThroughFactor, double co2PassThroughFactor, double fuelPriceStart, double co2PriceStart)
void	removeOffer (LongTermContractOffer offer)
void	removeAllOffers ()
void	reassignLongTermContractToNewPowerPlant (LongTermContract longTermContract, PowerPlant plant)
List< EnergyProducer >	findAllEnergyProducersExceptForRenewableTargetInvestorsAtRandom ()
Iterable< FinancialPowerPlantReport >	findAllFinancialPowerPlantReportsOfOperationaPlantsFromToForEnergyProducerAndTechnology (long from, long to, EnergyProducer producer, PowerGeneratingTechnology tech)
double	calculateHistoricalCVarRelativePerMWForOperationaPlantsForEnergyProducerAndTechnologyForYearsFromToAndAlphaValue (long from, long to, EnergyProducer producer, PowerGeneratingTechnology tech, double alpha)
List< FinancialPowerPlantReport >	findAllFinancialPowerPlantReportsForTime (long time)
FinancialPowerPlantReport	findFinancialPowerPlantReportsForPlantForTime (PowerPlant plant, long time)
void	removeFinancialPowerPlantReportsUpToTime (long time)
List< MarketInformationReport >	findAllMarketInformationReportsForTime (long time)
IntermittentResourceProfile	findIntermittentResourceProfileByTechnologyAndNode (PowerGeneratingTechnology technology, PowerGridNode node)
IntermittentTechnologyNodeLoadFactor	findIntermittentTechnologyNodeLoadFactorForPowerPlant (PowerPlant plant)
IntermittentTechnologyNodeLoadFactor	findIntermittentTechnologyNodeLoadFactorForNodeAndTechnology (PowerGridNode node, PowerGeneratingTechnology tech)
NationalGovernment	findNationalGovernmentByPowerPlant (PowerPlant plant)
NationalGovernment	findNationalGovernmentByElectricitySpotMarket (ElectricitySpotMarket market)
CashFlow	createCashFlow (EMLabAgent from, EMLabAgent to, double amount, int type, long time, PowerPlant plant)
Bid	submitBidToMarket (DecarbonizationMarket market, EMLabAgent agent, long time, boolean isSupply, double price, double amount)
PowerGeneratingTechnologyNodeLimit	findOneByTechnologyAndMarket (PowerGeneratingTechnology tech, ElectricitySpotMarket market)
PowerGeneratingTechnologyNodeLimit	findOneByTechnologyAndNode (PowerGeneratingTechnology tech, PowerGridNode node)
Iterable< PowerGeneratingTechnology >	findPowerGeneratingTechnologyByName (String name)
Iterable< PowerGeneratingTechnology >	findAllIntermittentPowerGeneratingTechnologies ()
Set< PowerGeneratingTechnologyTarget >	findAllPowerGeneratingTechnologyTargetsByMarket (ElectricitySpotMarket market)
Iterable< PowerGridNode >	findAllPowerGridNodesByZone (Zone zone)
PowerGridNode	findFirstPowerGridNodeByElectricitySpotMarket (ElectricitySpotMarket esm)
List< PowerPlantDispatchPlan >	findAllPowerPlantDispatchPlansForTime (long time, boolean forecast)
void	removeAllPowerPlantDispatchPlansUpToTime (long time)
void	removeAllPowerPlantDispatchPlansWithForecast (boolean forecast)
Iterable< PowerPlantDispatchPlan >	findAllPowerPlantDispatchPlanForPowerPlantForSegmentForTime (PowerPlant plant, Segment segment, long time, boolean forecast)
PowerPlantDispatchPlan	findOnePowerPlantDispatchPlanForPowerPlantForSegmentForTime (PowerPlant plant, Segment segment, long time, boolean forecast)
List< PowerPlantDispatchPlan >	findPowerPlantDispatchPlansForPowerPlantForTime (PowerPlant plant, long time, boolean forecast)
List< PowerPlantDispatchPlan >	findSortedPowerPlantDispatchPlansForSegmentForTime (Segment segment, long time, boolean forecast)
List< PowerPlantDispatchPlan >	findAllPowerPlantDispatchPlansForPowerPlantForTime (PowerPlant plant, long time, boolean forecast)
double	calculateElecitricityOutputForPlantForTime (PowerPlant plant, long time, boolean forecast)
Iterable< PowerPlantDispatchPlan >	findAllPowerPlantDispatchPlansForEnergyProducerForTime (EnergyProducer producer, long time, boolean forecast)
Iterable< PowerPlantDispatchPlan >	findAllPowerPlantDispatchPlansForEnergyProducerForTimeForTechnology (EnergyProducer producer, long time, PowerGeneratingTechnology pgt, boolean forecast)
Iterable< PowerPlantDispatchPlan >	findAllAcceptedPowerPlantDispatchPlansForEnergyProducerForTime (EnergyProducer producer, long time, boolean forecast)
double	calculateTotalProductionForEnergyProducerForTime (EnergyProducer producer, long time, boolean forecast)
double	calculateTotalProductionForEnergyProducerForTimeForTechnology (EnergyProducer producer, long time, PowerGeneratingTechnology pgt, boolean forecast)
Iterable< PowerPlantDispatchPlan >	findAllPowerPlantDispatchPlansForEnergyProducerForTimeAndSegment (Segment segment, EnergyProducer producer, long time, boolean forecast)
List< PowerPlantDispatchPlan >	findAllAcceptedPowerPlantDispatchPlansForEnergyProducerForTimeAndSegment (Segment segment, EnergyProducer producer, long time, boolean forecast)
List< PowerPlantDispatchPlan >	findAllAcceptedPowerPlantDispatchPlansForMarketSegmentAndTime (ElectricitySpotMarket esm, Segment segment, long time, boolean forecast)
Iterable< PowerPlant >	findPowerPlantsByOwner (EnergyProducer owner)
double	countPowerPlantsByOwner (EnergyProducer owner)
List< PowerPlant >	findOperationalPowerPlants (long tick)
List< PowerPlant >	findExpectedOperationalPowerPlants (long tick)
List< PowerPlant >	findOperationalPowerPlantsWithFuelsGreaterZero (long tick)
List< PowerPlant >	findAllPowerPlantsWhichAreNotDismantledBeforeTick (long tick)
List< PowerPlant >	findAllPowerPlantsDismantledBeforeTick (long tick)
void	removePowerPlantsDismantledUpToTime (long tick)
List< PowerPlant >	findAllPowerPlantsWithConstructionStartTimeInTick (long tick)
double	calculateCapacityOfOperationalPowerPlants (long tick)
double	calculatePeakCapacityOfOperationalPowerPlants (long tick)
List< PowerPlant >	findOperationalPowerPlantsByOwner (EnergyProducer owner, long tick)
List< PowerPlant >	findOperationalPowerPlantsWithFuelsGreaterZeroByOwner (EnergyProducer owner, long tick)
List< PowerPlant >	findOperationalPowerPlantsByTechnology (PowerGeneratingTechnology technology, long tick)
List< PowerPlant >	findOperationalPowerPlantsByTechnologyInMarket (PowerGeneratingTechnology technology, ElectricitySpotMarket market, long tick)
double	calculateCapacityOfOperationalPowerPlantsByTechnology (PowerGeneratingTechnology technology, long tick)
double	calculateCapacityOfOperationalPowerPlantsByTechnologyInMarket (PowerGeneratingTechnology technology, ElectricitySpotMarket market, long tick)
double	calculateProductionOfOperationalPowerPlantsByTechnologyInMarket (PowerGeneratingTechnology technology, ElectricitySpotMarket market, long tick)
PowerPlant	findOneOperationalHistoricalCvarDummyPowerPlantsByOwnerAndTechnology (PowerGeneratingTechnology technology, long tick, EnergyProducer owner)
double	calculateCapacityOfPowerPlantList (List< PowerPlant > list, long tick)
double	calculateCapacityOfOperationalPowerPlantsByOwnerAndTechnology (PowerGeneratingTechnology technology, long tick, EnergyProducer owner)
List< PowerPlant >	findOperationalPowerPlantsByOwnerAndTechnology (PowerGeneratingTechnology technology, long tick, EnergyProducer owner)
Iterable< PowerPlant >	findPowerPlantsByTechnology (PowerGeneratingTechnology technology)
Iterable< PowerPlant >	findPowerPlantsByPowerGridNode (PowerGridNode node)
Iterable< PowerPlant >	findOperationalPowerPlantsByPowerGridNode (PowerGridNode node, long tick)
Iterable< PowerPlant >	findPowerPlantsByOwnerAndMarket (EnergyProducer owner, ElectricitySpotMarket market)
Iterable< PowerPlant >	findOperationalPowerPlantsInMarket (ElectricitySpotMarket market, long tick)
double	calculateCapacityOfOperationalPowerPlantsInMarket (ElectricitySpotMarket market, long tick)
double	calculatePeakCapacityOfOperationalPowerPlantsInMarket (ElectricitySpotMarket market, long tick)
List< PowerPlant >	findExpectedOperationalPowerPlantsInMarket (ElectricitySpotMarket market, long tick)
double	calculateCapacityOfExpectedOperationalPowerPlantsInMarket (ElectricitySpotMarket market, long tick)
Iterable< PowerPlant >	findExpectedOperationalPowerPlantsInMarketAndTechnology (ElectricitySpotMarket market, long tick)
double	calculateCapacityOfExpectedOperationalPowerPlantsInMarketAndTechnology (ElectricitySpotMarket market, PowerGeneratingTechnology technology, long tick)
double	calculateCapacityOfExpectedOperationalPowerPlantsByNodeAndTechnology (PowerGridNode node, PowerGeneratingTechnology technology, long tick)
Iterable< PowerPlant >	findExpectedOperationalPowerPlantsInMarketByOwnerAndTechnology (ElectricitySpotMarket market, PowerGeneratingTechnology technology, long tick, EnergyProducer owner)
double	calculateCapacityOfExpectedOperationalPowerPlantsInMarketByOwnerAndTechnology (ElectricitySpotMarket market, PowerGeneratingTechnology technology, long tick, EnergyProducer owner)
double	calculateCapacityOfExpectedOperationalPowerPlantsByOwner (long tick, EnergyProducer owner)
double	calculateCapacityOfExpectedOperationalPowerPlantsByOwnerByTechnology (long tick, EnergyProducer owner, PowerGeneratingTechnology pgt)
double	calculateCapacityOfExpectedDismantledPowerPlantsByOwnerByTechnology (long tick, EnergyProducer owner, PowerGeneratingTechnology pgt)
Iterable< PowerPlant >	findExpectedOperationalPowerPlantsInMarketByOwner (ElectricitySpotMarket market, long tick, EnergyProducer owner)
double	calculateCapacityOfExpectedOperationalPowerPlantsInMarketByOwner (ElectricitySpotMarket market, long tick, EnergyProducer owner)
List< PowerPlant >	findPowerPlantsInMarket (ElectricitySpotMarket market)
List< PowerPlant >	findOperationalPowerPlantsByOwnerAndMarket (EnergyProducer owner, ElectricitySpotMarket market, long tick)
Iterable< PowerPlant >	findPowerPlantsByOwnerAndMarketInPipeline (EnergyProducer owner, ElectricitySpotMarket market, long tick)
Iterable< PowerPlant >	findPowerPlantsByTechnologyInPipeline (PowerGeneratingTechnology technology, long tick)
double	calculateCapacityOfPowerPlantsByTechnologyInPipeline (PowerGeneratingTechnology technology, long tick)
double	calculateCapacityOfPowerPlantsByMarketInPipeline (ElectricitySpotMarket market, long tick)
double	calculateSubstanceUsage (Substance substance)
Iterable< PowerPlant >	findOperationalIntermittentPowerPlantsByPowerGridNode (PowerGridNode node, long tick)
double	calculateCapacityOfIntermittentPowerPlantsByPowerGridNode (PowerGridNode node, long tick)
Iterable< PowerPlant >	findOperationalIntermittentPowerPlantsByPowerGridNodeAndTechnology (PowerGridNode node, PowerGeneratingTechnology powerGeneratingTechnology, long tick)
double	calculateCapacityOfOperationalIntermittentPowerPlantsByPowerGridNodeAndTechnology (PowerGridNode node, PowerGeneratingTechnology powerGeneratingTechnology, long tick)
List< CashFlow >	getCashFlowsForPowerPlant (PowerPlant plant, long tick)
double	calculateFullLoadHoursOfPowerPlant (PowerPlant plant, long tick)
double	calculateFullLoadHoursForPlan (PowerPlantDispatchPlan plan)
ArrayList< EnergyProducer >	findEnergyProducersAtRandom ()
ArrayList< EnergyConsumer >	findEnergyConsumersAtRandom ()
ArrayList< CommoditySupplier >	findCommoditySuppliersAtRandom ()
ArrayList< CommodityMarket >	findCommodityMarketsAtRandom ()
Iterable< SegmentClearingPoint >	findAllSegmentClearingPointsForTime (long time, boolean forecast)
Iterable< SegmentClearingPoint >	findAllSegmentClearingPointsForSegmentAndTime (long time, Segment segment, boolean forecast)
Iterable< SegmentLoad >	findAllSegmentLoadsBySegment (Segment segment)
double	returnSegmentBaseLoadBySegmentAndMarket (Segment segment, ElectricitySpotMarket market)
Iterable< TargetInvestor >	findAllTargetInvestorsByMarket (ElectricitySpotMarket electricitySpotMarket)
List< ClearingPoint >	findAllClearingPointsForSubstanceTradedOnCommodityMarkesAndTimeRange (Substance substance, long timeFrom, long timeTo, boolean forecast)
Iterable< ClearingPoint >	findAllClearingPointsForMarketAndTimeRange (DecarbonizationMarket market, long timeFrom, long timeTo, boolean forecast)
double	calculateAverageClearingPriceForMarketAndTimeRange (DecarbonizationMarket market, long timeFrom, long timeTo, boolean forecast)
Iterable< ClearingPoint >	findAllClearingPointsForSubstanceAndTimeRange (Substance substance, long timeFrom, long timeTo, boolean forecast)
PowerGeneratingTechnologyTarget	findPowerGeneratingTechnologyTargetByTechnologyAndMarket (PowerGeneratingTechnology technology, ElectricitySpotMarket market)
double	calculateElectricityOutputForPlan (PowerPlantDispatchPlan plan)
PowerPlant	createAndSpecifyTemporaryPowerPlant (long time, EnergyProducer energyProducer, PowerGridNode location, PowerGeneratingTechnology technology)
PowerPlant	createPowerPlantWithRandomAge (PowerGeneratingTechnology technology, EnergyProducer energyProducer, PowerGridNode location)
EnergyProducer	createEnergyProducer ()
TargetInvestor	createTargetInvestor ()
InvestorWithPreference	createInvestorWithPreference ()
PowerGeneratingTechnology	createPowerGeneratingTechnology ()
PowerPlant	createPowerPlantFromPlant (PowerPlant plant)
ElectricitySpotMarket	createElectricitySpotMarket (String name, double valueOfLostLoad, double referencePrice, boolean isAuction, Substance substance, TimeSeriesImpl demandGrowth, Set< SegmentLoad > loadDurationCurve, Zone zone)
NationalGovernment	createNationalGovernment (String name, Zone zone, TimeSeriesImpl minCO2PriceTrend)
PowerPlantDispatchPlan	createPowerPlantDispatchPlan (PowerPlant plant, EnergyProducer producer, ElectricitySpotMarket market, Segment segment, long time, double price, double bidWithoutCO2, double spotMarketCapacity, double longTermContractCapacity, int status, boolean forecast)
CO2Auction	createCO2Auction (String name, double referencePrice, boolean isAuction, Substance substance)
Substance	findSubstanceByName (String name)
MarketInformationReport	findMarketInformationReport (Segment segment, EnergyProducer agent, long time)

Public Attributes
Logger	logger = Logger.getGlobal()
Schedule	schedule
EMLabModel	emlabModel
Government	government
CO2Auction	co2Auction
BigBank	bigBank
Interconnector	interconnector
PowerPlantManufacturer	powerPlantManufacturer
PowerPlantMaintainer	powerPlantMaintainer
ArrayList< StrategicReserveOperator >	strategicReserveOperators = new ArrayList<>()
ArrayList< CommoditySupplier >	commoditySuppliers = new ArrayList<>()
ArrayList< PowerPlant >	powerPlants = new ArrayList<>()
ArrayList< Segment >	segments = new ArrayList<>()
ArrayList< ElectricitySpotMarket >	electricitySpotMarkets = new ArrayList<>()
ArrayList< TargetInvestor >	targetInvestors = new ArrayList<>()
ArrayList< Loan >	loanList = new ArrayList<>()
ArrayList< Bid >	bids = new ArrayList<>()
ArrayList< CashFlow >	cashFlows = new ArrayList<>()
ArrayList< ClearingPoint >	clearingPoints = new ArrayList<>()
ArrayList< SegmentClearingPoint >	segmentClearingPoints = new ArrayList<>()
ArrayList< LongTermContract >	longTermContracts = new ArrayList<>()
ArrayList< LongTermContractOffer >	longTermContractOffers = new ArrayList<>()
ArrayList< FinancialPowerPlantReport >	financialPowerPlantReports = new ArrayList<>()
ArrayList< EnergyProducer >	energyProducers = new ArrayList<>()
ArrayList< EnergyConsumer >	energyConsumers = new ArrayList<>()
ArrayList< IntermittentResourceProfile >	intermittentResourceProfiles = new ArrayList<>()
ArrayList< PowerGeneratingTechnology >	powerGeneratingTechnologies = new ArrayList<>()
ArrayList< PowerGridNode >	powerGridNodes = new ArrayList<>()
ArrayList< IntermittentTechnologyNodeLoadFactor >	intermittentTechnologyNodeLoadFactors = new ArrayList<>()
ArrayList< NationalGovernment >	nationalGovernments = new ArrayList<>()
ArrayList< PowerGeneratingTechnologyNodeLimit >	powerGeneratingTechnologyNodeLimits = new ArrayList<>()
ArrayList< PowerGeneratingTechnologyTarget >	powerGeneratingTechnologyTargets = new ArrayList<>()
ArrayList< Zone >	zones = new ArrayList<>()
ArrayList< Substance >	substances = new ArrayList<>()
ArrayList< Substance >	substancesOnCommodityMarkets = new ArrayList<>()
ArrayList< PowerPlantDispatchPlan >	powerPlantDispatchPlans = new ArrayList<>()
ArrayList< SegmentLoad >	segmentLoads = new ArrayList<>()
ArrayList< LongTermContractType >	longTermContractTypes = new ArrayList<>()
ArrayList< LongTermContractDuration >	longTermContractDurations = new ArrayList<>()
ArrayList< CommodityMarket >	commodityMarkets = new ArrayList<>()
ArrayList< MarketInformationReport >	marketInformationReports = new ArrayList<>()
ArrayList< String >	utilityLevelsTechnology = new ArrayList<>()
DoubleMatrix2D	intermittentMatrix = null
HashMap< Substance, DecarbonizationMarket >	marketForSubstance = new HashMap<>()

Detailed Description

Author

EJL Chappin

Member Function Documentation

calculateTotalEmissionsBasedOnPowerPlantDispatchPlans()

double emlab.gen.repository.Reps.calculateTotalEmissionsBasedOnPowerPlantDispatchPlans	(	boolean	forecast,
		long	clearingTick
	)

Determine the total CO2 emissions based on all current power plant dispatch plans.

Returns

the total CO2 emissions

createCashFlow()

CashFlow emlab.gen.repository.Reps.createCashFlow	(	EMLabAgent	from,
		EMLabAgent	to,
		double	amount,
		int	type,
		long	time,
		PowerPlant	plant
	)

Creates cash flow

Parameters

from
to
amount	the money transfered
type	what the cashFlow is about
time	the time
plant	the power plant related to this cash flow

Returns

the cash flow

createLoan()

Loan emlab.gen.repository.Reps.createLoan	(	EMLabAgent	from,
		EMLabAgent	to,
		double	amount,
		long	numberOfPayments,
		long	loanStartTime,
		PowerPlant	plant
	)

Creates a loan

Parameters

from	the seller of the loan
to	the buyer of the loan
amount	the total amount to be payed
numberOfPayments	the number of payments
loanStartTime	the time the loan starts
plant	the power plant the loan is connected to

Returns

findAllSegmentLoadsBySegment()

Iterable<SegmentLoad> emlab.gen.repository.Reps.findAllSegmentLoadsBySegment

(

Segment

segment

)

Finds the segment loads for a certain segment.

Parameters

segment

the segment to find the load for

Returns

the segment load

findDemandBidsForMarketForTimeAbovePrice()

Iterable<Bid> emlab.gen.repository.Reps.findDemandBidsForMarketForTimeAbovePrice	(	DecarbonizationMarket	market,
		long	time,
		double	price
	)

Find demand bids above a certain price, and return them in descending order.

Parameters

market
time
price

Returns

findElectricitySpotMarketForZone()

ElectricitySpotMarket emlab.gen.repository.Reps.findElectricitySpotMarketForZone

(

Zone

zone

)

Gives the electricity spot market for a specific zone

Parameters

zone	the electricity market should be found for

Returns

the found electricity spot market

findLoansFromAgent()

List<Loan> emlab.gen.repository.Reps.findLoansFromAgent

(

EMLabAgent

agent

)

Finds all loans that the agent has been lend to by others.

Parameters

agent

Returns

the loans

findLoansToAgent()

List<Loan> emlab.gen.repository.Reps.findLoansToAgent

(

EMLabAgent

agent

)

Finds all loans that the agent has lend to others

Parameters

agent

Returns

the loans

findMarketBySubstance()

DecarbonizationMarket emlab.gen.repository.Reps.findMarketBySubstance

(

Substance

substance

)

Gives the market for a specific substance

Parameters

substance

the substance the market should be found for

Returns

the found market

findOperationalPowerPlants()

List<PowerPlant> emlab.gen.repository.Reps.findOperationalPowerPlants

(

long

tick

)

Finds operational plants (only use for current tick, since only officially dismantled powerplants and plants in the building process will be excluded).

Parameters

owner	of the plants
tick	at which the operationality it is checked

Returns

the list of plants

findOperationalPowerPlantsByOwner()

List<PowerPlant> emlab.gen.repository.Reps.findOperationalPowerPlantsByOwner	(	EnergyProducer	owner,
		long	tick
	)

Finds plants by owner and selects only operational plants.

Parameters

owner	of the plants
tick	at which the operationality it is checked

Returns

the list of plants

findOperationalPowerPlantsByTechnology()

List<PowerPlant> emlab.gen.repository.Reps.findOperationalPowerPlantsByTechnology	(	PowerGeneratingTechnology	technology,
		long	tick
	)

Finds plants by owner and selects only operational plants.

Parameters

technology
owner	of the plants
tick	at which the operationality it is checked

Returns

the list of plants

findOperationalPowerPlantsByTechnologyInMarket()

List<PowerPlant> emlab.gen.repository.Reps.findOperationalPowerPlantsByTechnologyInMarket	(	PowerGeneratingTechnology	technology,
		ElectricitySpotMarket	market,
		long	tick
	)

Finds plants by owner and selects only operational plants.

Parameters

technology
owner	of the plants
tick	at which the operationality it is checked

Returns

the list of plants

findPowerPlantsByOwner()

Iterable<PowerPlant> emlab.gen.repository.Reps.findPowerPlantsByOwner

(

EnergyProducer

owner

)

Finds plants by owner.

Parameters

owner

of the plants

Returns

the list of plants

getBidsForMarketForTime()

Iterable<Bid> emlab.gen.repository.Reps.getBidsForMarketForTime	(	DecarbonizationMarket	market,
		long	time,
		boolean	isSupply
	)

Find bids for a market for a time

Parameters

market
time
isSupply	supply or demand bids

Returns

the bids

returnSegmentBaseLoadBySegmentAndMarket()

double emlab.gen.repository.Reps.returnSegmentBaseLoadBySegmentAndMarket	(	Segment	segment,
		ElectricitySpotMarket	market
	)

Finds the segment load for a certain segment and market

Parameters

segment	the segment to find the load for
market	the market to find the load for

Returns

submitBidToMarket()

Bid emlab.gen.repository.Reps.submitBidToMarket	(	DecarbonizationMarket	market,
		EMLabAgent	agent,
		long	time,
		boolean	isSupply,
		double	price,
		double	amount
	)

Submit bids to a market.

Parameters

market
agent
time
isSupply
price
amount

Returns

the submitted bid

submitLongTermContractForElectricity()

LongTermContract emlab.gen.repository.Reps.submitLongTermContractForElectricity	(	PowerPlant	plant,
		EMLabAgent	seller,
		EMLabAgent	buyer,
		Zone	zone,
		double	price,
		double	capacity,
		LongTermContractType	longTermContractType,
		long	time,
		LongTermContractDuration	duration,
		boolean signed	,
		Substance	mainFuel,
		double	fuelPassThroughFactor,
		double	co2PassThroughFactor,
		double	fuelPriceStart,
		double	co2PriceStart
	)

Creates a long term contract

Parameters

plant
seller
buyer
zone
price
capacity
longTermContractType
time
duration
signed
mainFuel
fuelPassThroughFactor
co2PassThroughFactor
fuelPriceStart
co2PriceStart

Returns

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The documentation for this class was generated from the following file:

• /Users/ejlchappin/Documents/emlab-generation2/src/emlab/gen/repository/Reps.java