Uses of Class
org.powertac.common.state.StateChange

Packages that use StateChange

Package	Description
org.powertac.common	Power TAC domain types, shared between simulation server and brokers.
org.powertac.common.msg	Message types exchanged between the Power TAC simulation server and brokers.
org.powertac.customer.coldstorage
org.powertac.customer.model	Discrete capacity modules that can be combined into customer models.
org.powertac.evcustomer.customers
org.powertac.genco

Uses of StateChange in org.powertac.common

Methods in org.powertac.common with annotations of type StateChange

Modifier and Type	Method	Description
Orderbook	Orderbook.addAsk(OrderbookOrder ask)
Orderbook	Orderbook.addBid(OrderbookOrder bid)
Competition	Competition.addBroker(String brokerUsername)	Adds a broker to the Competition.
Competition	Competition.addCustomer(CustomerInfo customer)	Adds a customer to the Competition.
boolean	Rate.addHourlyCharge(HourlyCharge newCharge, boolean publish)	Allows initial publication of HourlyCharge instances within the notification interval.
boolean	Tariff.addHourlyCharge(HourlyCharge newCharge, long rateId)	Adds a new HourlyCharge to its Rate.
Broker	Broker.addMarketPosition(MarketPosition posn, int slot)	Associates a MarketPosition with a given Timeslot.
TariffSpecification	TariffSpecification.addRate(RateCore rate)	Adds a new RateCore (Rate, RegulationRate, etc.) to this tariff.
TariffSpecification	TariffSpecification.addSupersedes(long specId)	Indicates that this tariff supersedes the tariff specified by the specId, the id of the superseded tariff.
void	TariffSubscription.deferredUnsubscribe(int customerCount)	Handles the actual unsubscribe operation.
void	TariffSubscription.postBalancingControl(double kwh)	Posts a BalancingControlEvent to the subscription and generates the correct TariffTransaction.
void	TariffSubscription.postRatioControl(double ratio)	Posts the ratio for an EconomicControlEvent to the subscription for the current timeslot.
protected void	TimeService.setCurrentTime(org.joda.time.base.AbstractDateTime time)	Sets current time to a specific value.
void	TimeService.setCurrentTime(org.joda.time.Instant time)	Sets current time to a specific value.
void	TariffSubscription.setCustomersCommitted(int value)
void	Tariff.setExpiration(org.joda.time.Instant newDate)
void	Broker.setLocal(boolean value)	Allows subclasses to set themselves as local brokers.
void	CustomerInfo.setPopulation(Integer population)	Updates the population for the underlying model.
void	HourlyCharge.setRateId(long rateId)	Sets connection between rate and hourly charge.
void	Tariff.setState(Tariff.State newState)	Updates the state of this tariff.
void	RateCore.setTariffId(long id)	Sets the backpointer to the tariff.
void	Broker.setWholesale(boolean value)	Allows subclasses to make themselves wholesale brokers
void	TariffSubscription.subscribe(int customerCount)	Subscribes some number of discrete customers.
double	MarketPosition.updateBalance(double mWh)	Adds a quantity to the current balance.
Competition	Competition.withBootstrapDiscardedTimeslots(int count)	Fluent setter for bootstrap interval.
Competition	Competition.withBootstrapTimeslotCount(int bootstrapTimeslotCount)	Fluent setter for the bootstrap timeslot count.
CustomerInfo	CustomerInfo.withCanNegotiate(boolean value)	Fluent setter for the canNegotiate flag.
CustomerInfo	CustomerInfo.withControllableKW(double value)	Fluent setter for controllable kWh.
CustomerInfo	CustomerInfo.withCustomerClass(CustomerInfo.CustomerClass cClass)	Fluent setter for customerClass attribute.
Rate	Rate.withDailyBegin(int begin)
Rate	Rate.withDailyEnd(int end)	Sets the time of day when this Rate is no longer in effect, given as hours since midnight.
Competition	Competition.withDeactivateTimeslotsAhead(int deactivateTimeslotsAhead)	Fluent setter for number of timeslots, starting with the current timeslot, that are closed for trading.
Competition	Competition.withDescription(String description)	Fluent setter for competition description.
CustomerInfo	CustomerInfo.withDownRegulationKW(double value)	Fluent setter for down-regulation kW.
RegulationRate	RegulationRate.withDownRegulationPayment(double payment)	Sets the payment for down-regulation
TariffSpecification	TariffSpecification.withEarlyWithdrawPayment(double earlyWithdrawPayment)	Sets the payment for a customer who withdraws from a subscription to this tariff before the minimumDuration has expired.
Rate	Rate.withExpectedMean(double value)	Specifies the expected mean charge/kWh, excluding periodic charges, for this Rate.
Competition	Competition.withExpectedTimeslotCount(int expectedTimeslotCount)	Fluent setter for the expected length of a normal sim session.
TariffSpecification	TariffSpecification.withExpiration(long expiration)	Sets expiration date as msec since epoch.
Rate	Rate.withFixed(boolean fixed)	Specifies whether this Rate is fixed (true) or variable (false).
Competition	Competition.withFixedTimeslotCount(Integer fixedTimeslotCount)	Fluent setter for the expected length of a normal sim session.
Competition	Competition.withLatitude(int latitude)	Fluent setter for latitude value
Rate	Rate.withMaxCurtailment(double value)	Sets the maximum proportion of offered load or supply that can be curtailed.
Rate	Rate.withMaxValue(double maxValue)	Specifies the maximum charge (furthest from zero) for variable Rates.
TariffSpecification	TariffSpecification.withMinDuration(long minDuration)	Sets the minimum duration of a subscription for this tariff.
Competition	Competition.withMinimumOrderQuantity(double minOrderQty)	Fluent setter for minimum order quantity.
Competition	Competition.withMinimumTimeslotCount(int minimumTimeslotCount)	Fluent setter for minimumTimeslotCount.
Rate	Rate.withMinValue(double minValue)	Specifies the minimum charge (closest to zero) for variable Rates.
CustomerInfo	CustomerInfo.withMultiContracting(boolean value)	Fluent setter for the multiContracting property.
Rate	Rate.withNoticeInterval(long hours)	Specifies the minimum interval in hours for rate change notifications for a variable Rate.
TariffSpecification	TariffSpecification.withPeriodicPayment(double periodicPayment)	Sets the daily payment per customer for subscriptions to this tariff.
Competition	Competition.withPomId(String id)	Fluent setter for Pom ID.
CustomerInfo	CustomerInfo.withPowerType(PowerType type)	Fluent setter to set PowerType for this CustomerInfo.
RegulationRate	RegulationRate.withResponse(RegulationRate.ResponseTime time)	Sets the response time
TariffSpecification	TariffSpecification.withSignupPayment(double signupPayment)	Sets the signup payment for new subscriptions.
Competition	Competition.withSimulationBaseTime(long baseTime)	Fluent setter for simulation base time that takes a long.
Competition	Competition.withSimulationModulo(long simulationModulo)	Fluent setter for simulation modulo.
Competition	Competition.withSimulationRate(long simulationRate)	Fluent setter for time compression ratio.
CustomerInfo	CustomerInfo.withStorageCapacity(double value)	Fluent setter for storage capacity.
Rate	Rate.withTierThreshold(double tierThreshold)	Sets the usage threshold for applicability of this Rate.
Competition	Competition.withTimeslotLength(int timeslotLength)	Fluent setter for timeslot length, interpreted as minutes in sim time.
Competition	Competition.withTimeslotsOpen(int timeslotsOpen)	Fluent setter for the open timeslot count.
Competition	Competition.withTimezoneOffset(int offset)	Fluent setter for timezone offset
CustomerInfo	CustomerInfo.withUpRegulationKW(double value)	Fluent setter for up-regulation kW.
RegulationRate	RegulationRate.withUpRegulationPayment(double payment)	Sets the payment for up-regulation
Rate	Rate.withValue(double value)	Specifies the charge/kWh for a fixed rate, from the customer's viewpoint.
Rate	Rate.withWeeklyBegin(int begin)
Rate	Rate.withWeeklyEnd(int end)	Sets the weekly end of applicability for this Rate.

Uses of StateChange in org.powertac.common.msg

Methods in org.powertac.common.msg with annotations of type StateChange

Modifier and Type	Method	Description
TariffStatus	TariffStatus.withMessage(String message)

Uses of StateChange in org.powertac.customer.coldstorage

Methods in org.powertac.customer.coldstorage with annotations of type StateChange

Modifier and Type	Method	Description
void	ColdStorage.setCurrentTemp(double temp)
void	ColdStorage.setEvalEnvTemp(double temp)
void	ColdStorage.setShiftSag(double deltaT)
ColdStorage	ColdStorage.withCop(double value)
ColdStorage	ColdStorage.withFloorRValue(double value)
ColdStorage	ColdStorage.withHysteresis(double value)
ColdStorage	ColdStorage.withInfiltrationRatio(double value)
ColdStorage	ColdStorage.withMaxTemp(double temp)
ColdStorage	ColdStorage.withMinTemp(double temp)
ColdStorage	ColdStorage.withNewStockTemp(double temp)
ColdStorage	ColdStorage.withNominalTemp(double temp)
ColdStorage	ColdStorage.withNonCoolingUsage(double value)
ColdStorage	ColdStorage.withRoofArea(double area)
ColdStorage	ColdStorage.withRoofRValue(double value)
ColdStorage	ColdStorage.withStockCapacity(double value)
ColdStorage	ColdStorage.withTurnoverRatio(double ratio)
ColdStorage	ColdStorage.withUnitSize(double cap)
ColdStorage	ColdStorage.withWallArea(double area)
ColdStorage	ColdStorage.withWallRValue(double value)

Uses of StateChange in org.powertac.customer.model

Methods in org.powertac.customer.model with annotations of type StateChange

Modifier and Type	Method	Description
void	LiftTruck.setBatteryCapacity(double value)
void	LiftTruck.setCapacityInUse(double kwh)	Updates the total capacity of in-use batteries
void	Battery.setCapacityKWh(double value)
void	Battery.setChargeEfficiency(double value)
void	LiftTruck.setChargeEfficiency(double value)
void	LiftTruck.setEnergyCharging(double kwh)	Updates the energy content of offline batteries
void	LiftTruck.setEnergyInUse(double kwh)	Updates the energy content of in-use batteries
void	Battery.setMaxChargeKW(double value)
void	LiftTruck.setMaxChargeKW(double value)
void	LiftTruck.setMinPlanningHorizon(int horizon)
void	LiftTruck.setNBatteries(int value)
void	LiftTruck.setNChargers(int value)
void	LiftTruck.setPlanningHorizon(int horizon)
void	LiftTruck.setTruckKW(double value)
void	LiftTruck.setTruckStd(double stdDev)

Uses of StateChange in org.powertac.evcustomer.customers

Methods in org.powertac.evcustomer.customers with annotations of type StateChange

Modifier and Type	Method	Description
void	EvCustomer.setCurrentCapacity(double currentCapacity)

Uses of StateChange in org.powertac.genco

Methods in org.powertac.genco with annotations of type StateChange

Modifier and Type	Method	Description
void	Genco.setCurrentCapacity(double val)
void	Genco.setInOperation(boolean op)
void	Buyer.setMwh(double mwh)
void	Buyer.setPriceBeta(double priceBeta)
Genco	Genco.withCarbonEmissionRate(double rate)	Fluent setter for carbonEmissionRate.
CpGenco	CpGenco.withCoefficients(List<String> coeff)	Fluent setter for coefficient array
Genco	Genco.withCommitmentLeadtime(int leadtime)	Fluent setter for commitment leadtime.
Genco	Genco.withCost(double cost)	Fluent setter for nominal capacity
CpGenco	CpGenco.withKneeDemand(double demand)	Fluent setter for the congestion threshold
CpGenco	CpGenco.withKneeSlope(double mult)	Fluent setter for the congestion threshold
CpGenco	CpGenco.withMinQuantity(double qty)	Fluent setter for minimum total quantity.
Genco	Genco.withNominalCapacity(double capacity)	Fluent setter for nominal capacity
CpGenco	CpGenco.withPriceInterval(double interval)	Fluent setter for price interval.
CpGenco	CpGenco.withPSigma(double var)	Fluent setter for price variability.
CpGenco	CpGenco.withQSigma(double var)	Fluent setter for price variability.
Genco	Genco.withReliability(double reliability)	Fluent setter for reliability.
CpGenco	CpGenco.withRwaOffset(double var)	Fluent setter for the random-walk offset value applied to the quadratic coefficient.
CpGenco	CpGenco.withRwaSigma(double var)	Fluent setter for the random-walk sigma value applied to the quadratic coefficient.
CpGenco	CpGenco.withRwcOffset(double var)	Fluent setter for the random-walk offset value applied to the constant coefficient.
CpGenco	CpGenco.withRwcSigma(double var)	Fluent setter for the random-walk sigma value applied to the constant coefficient.
Genco	Genco.withVariability(double var)	Fluent setter for variability.