org.powertac.accounting

Class AccountingService

java.lang.Object

org.powertac.common.interfaces.TimeslotPhaseProcessor

org.powertac.accounting.AccountingService

All Implemented Interfaces:

Accounting, InitializationService

@Service
public class AccountingService
extends TimeslotPhaseProcessor
implements Accounting, InitializationService

Implementation of Accounting

Author:

John Collins

Constructor Summary

Constructors

Constructor and Description
AccountingService()

Method Summary

Modifier and Type	Method and Description
void	activate(org.joda.time.Instant time, int phaseNumber) Processes the pending transaction list, computes interest, sends updates to brokers
BalancingTransaction	addBalancingTransaction(Broker broker, double kWh, double charge)
CapacityTransaction	addCapacityTransaction(Broker broker, int peakTimeslot, double threshold, double kWh, double fee)
DistributionTransaction	addDistributionTransaction(Broker broker, int nSmall, int nLarge, double transport, double distroCharge)
MarketTransaction	addMarketTransaction(Broker broker, Timeslot timeslot, double mWh, double price)
TariffTransaction	addRegulationTransaction(Tariff tariff, CustomerInfo customer, int customerCount, double kWh, double charge)
TariffTransaction	addTariffTransaction(TariffTransaction.Type txType, Tariff tariff, CustomerInfo customer, int customerCount, double kWh, double charge)
Double	getBankInterest() Returns the actual bank interest once configuration is complete.
double	getCurrentMarketPosition(Broker broker) Gets the net market position for the current timeslot.
double	getCurrentNetLoad(Broker broker) Returns the net load for the given broker in the current timeslot.
Map<Broker,Map<TariffTransaction.Type,Double>>	getCurrentSupplyDemandByBroker() Returns a mapping of brokers to total supply and demand among subscribed customers.
double	getMaxInterest() Returns the high end of the bank interest range.
double	getMinInterest() Returns the low end of the bank interest range.
List<TariffTransaction>	getPendingTariffTransactions() Returns the current list of pending tariff transactions.
void	handleMarketTransactionsForTimeslot(Timeslot ts) Processes deferred market transactions for the current timeslot by updating the broker's cash position.
String	initialize(Competition competition, List<String> completedInits)
void	postBalancingControl(org.powertac.common.msg.BalancingControlEvent bce)
void	processTransaction(BalancingTransaction tx, ArrayList<Object> messages) Processes a balancing transaction by updating the broker's cash position.
void	processTransaction(BankTransaction tx, ArrayList<Object> messages) Complains if a bank transaction is among the transactions to be handled.
void	processTransaction(CapacityTransaction tx, ArrayList<Object> messages) Processes a capacity transaction by updating the broker's cash position.
void	processTransaction(DistributionTransaction tx, ArrayList<Object> messages) Processes a distribution transaction by updating the broker's cash position.
void	processTransaction(MarketTransaction tx, ArrayList<Object> messages) Processes a market transaction by ensuring that the market position will be sent to the broker.
void	processTransaction(TariffTransaction tx, ArrayList<Object> messages) Processes a tariff transaction, updating the broker's cash position and the consumption, production data in the distribution report.

Methods inherited from class org.powertac.common.interfaces.TimeslotPhaseProcessor

init, setTimeslotPhase

Methods inherited from class java.lang.Object

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

Constructor Detail

AccountingService

public AccountingService()

Method Detail

initialize

public String initialize(Competition competition,
                         List<String> completedInits)

Specified by:

initialize in interface InitializationService

addMarketTransaction

public MarketTransaction addMarketTransaction(Broker broker,
                                              Timeslot timeslot,
                                              double mWh,
                                              double price)

Specified by:

addMarketTransaction in interface Accounting

addTariffTransaction

public TariffTransaction addTariffTransaction(TariffTransaction.Type txType,
                                              Tariff tariff,
                                              CustomerInfo customer,
                                              int customerCount,
                                              double kWh,
                                              double charge)

Specified by:

addTariffTransaction in interface Accounting

addRegulationTransaction

public TariffTransaction addRegulationTransaction(Tariff tariff,
                                                  CustomerInfo customer,
                                                  int customerCount,
                                                  double kWh,
                                                  double charge)

Specified by:

addRegulationTransaction in interface Accounting

addDistributionTransaction

public DistributionTransaction addDistributionTransaction(Broker broker,
                                                          int nSmall,
                                                          int nLarge,
                                                          double transport,
                                                          double distroCharge)

Specified by:

addDistributionTransaction in interface Accounting

addBalancingTransaction

public BalancingTransaction addBalancingTransaction(Broker broker,
                                                    double kWh,
                                                    double charge)

Specified by:

addBalancingTransaction in interface Accounting

addCapacityTransaction

public CapacityTransaction addCapacityTransaction(Broker broker,
                                                  int peakTimeslot,
                                                  double threshold,
                                                  double kWh,
                                                  double fee)

Specified by:

addCapacityTransaction in interface Accounting

postBalancingControl

public void postBalancingControl(org.powertac.common.msg.BalancingControlEvent bce)

Specified by:

postBalancingControl in interface Accounting

getCurrentNetLoad

public double getCurrentNetLoad(Broker broker)

Returns the net load for the given broker in the current timeslot. Note that this only works AFTER the customer models have run, and BEFORE the day's transactions have been processed. The value will be negative if the broker's customers are consuming more than they produce in the current timeslot.

Specified by:

getCurrentNetLoad in interface Accounting

getCurrentSupplyDemandByBroker

public Map<Broker,Map<TariffTransaction.Type,Double>> getCurrentSupplyDemandByBroker()

Returns a mapping of brokers to total supply and demand among subscribed customers.

Specified by:

getCurrentSupplyDemandByBroker in interface Accounting

getCurrentMarketPosition

public double getCurrentMarketPosition(Broker broker)

Gets the net market position for the current timeslot. This only works on processed transactions, but it can be used before activation in case there can be no new market transactions for the current timeslot. This is the normal case. The value will be positive if the broker is importing power during the current timeslot.

Specified by:

getCurrentMarketPosition in interface Accounting

activate

public void activate(org.joda.time.Instant time,
                     int phaseNumber)

Processes the pending transaction list, computes interest, sends updates to brokers

Specified by:

activate in interface Accounting

Specified by:

activate in class TimeslotPhaseProcessor

processTransaction

public void processTransaction(TariffTransaction tx,
                               ArrayList<Object> messages)

Processes a tariff transaction, updating the broker's cash position and the consumption, production data in the distribution report.

processTransaction

public void processTransaction(BalancingTransaction tx,
                               ArrayList<Object> messages)

Processes a balancing transaction by updating the broker's cash position.

processTransaction

public void processTransaction(DistributionTransaction tx,
                               ArrayList<Object> messages)

Processes a distribution transaction by updating the broker's cash position.

processTransaction

public void processTransaction(CapacityTransaction tx,
                               ArrayList<Object> messages)

Processes a capacity transaction by updating the broker's cash position.

processTransaction

public void processTransaction(MarketTransaction tx,
                               ArrayList<Object> messages)

Processes a market transaction by ensuring that the market position will be sent to the broker. Actual transaction posting is deferred to delivery time

handleMarketTransactionsForTimeslot

public void handleMarketTransactionsForTimeslot(Timeslot ts)

Processes deferred market transactions for the current timeslot by updating the broker's cash position.

processTransaction

public void processTransaction(BankTransaction tx,
                               ArrayList<Object> messages)

Complains if a bank transaction is among the transactions to be handled. These should be generated locally and sent directly to brokers.

getPendingTariffTransactions

public List<TariffTransaction> getPendingTariffTransactions()

Returns the current list of pending tariff transactions. This will be non-empty only after the customer model has run and before accounting has run in the current timeslot.

Specified by:

getPendingTariffTransactions in interface Accounting

getMinInterest

public double getMinInterest()

Returns the low end of the bank interest range.

getMaxInterest

public double getMaxInterest()

Returns the high end of the bank interest range.

getBankInterest

public Double getBankInterest()

Returns the actual bank interest once configuration is complete.