org.powertac.common
Class AbstractCustomer

java.lang.Object
  org.powertac.common.AbstractCustomer

public class AbstractCustomer
extends Object

Abstract customer implementation

Author:

Antonios Chrysopoulos

Field Summary

protected double	carbonEmissionRate >=0 - gram CO2 per kW/h
protected long	custId The id of the Abstract Customer
protected ArrayList<org.powertac.common.CustomerInfo>	customerInfos The Customer specifications
protected org.powertac.common.repo.CustomerRepo	customerRepo
protected static org.apache.log4j.Logger	log
protected double	lowerPowerCap >0: min power consumption (think refrigerator); <0: max power production (think power plant with max capacity)
protected String	name The name of the Abstract Customer
protected RandomSeedRepo	randomSeedRepo
protected RandomSeed	rs1 Random Number Generator
protected double	sunToPowerConversion measures how sun intensity changes translate into load /generation changes of the customer
protected TariffMarket	tariffMarketService
protected TariffSubscriptionRepo	tariffSubscriptionRepo
protected double	tempToPowerConversion measures how temperature changes translate into load / generation changes of the customer
protected double	upperPowerCap >0: max power consumption (think consumer with fuse limit); <0: min power production (think nuclear power plant with min output)
protected double	windToPowerConversion measures how wind changes translate into load / generation changes of the customer

Constructor Summary

AbstractCustomer(String name)
Abstract Customer constructor.

AbstractCustomer(String name, ArrayList<org.powertac.common.CustomerInfo> customers)
Overload of the above constructor

Method Summary

void	addCustomerInfo(org.powertac.common.CustomerInfo customer)
void	changeSubscription(org.powertac.common.Tariff tariff, org.powertac.common.Tariff newTariff, org.powertac.common.CustomerInfo customer) In this overloaded implementation of the changing subscription function, Here we just put the tariff we want to change and the whole population is moved to another random tariff.
void	consumePower() The first implementation of the power consumption function.
double	getCarbonEmissionRate()
long	getCustId()
ArrayList<org.powertac.common.CustomerInfo>	getCustomerInfo()
long	getId() Synonym for getCustId()
double	getLowerPowerCap()
String	getName()
int	getPopulation(org.powertac.common.CustomerInfo customer)
double	getSunToPowerConversion()
double	getTempToPowerConversion()
double	getUpperPowerCap()
double	getWindToPowerConversion()
void	producePower() The first implementation of the power consumption function.
void	step()
void	subscribe(org.powertac.common.Tariff tariff, int customerCount, org.powertac.common.CustomerInfo customer) Subscribing a certain population amount to a certain subscription
void	subscribeDefault() Function utilized at the beginning in order to subscribe to the default tariff
String	toString()
void	unsubscribe(TariffSubscription subscription, int customerCount) Unsubscribing a certain population amount from a certain subscription

Methods inherited from class java.lang.Object

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

Field Detail

log

protected static org.apache.log4j.Logger log

tariffMarketService

protected TariffMarket tariffMarketService

tariffSubscriptionRepo

protected TariffSubscriptionRepo tariffSubscriptionRepo

customerRepo

protected org.powertac.common.repo.CustomerRepo customerRepo

randomSeedRepo

protected RandomSeedRepo randomSeedRepo

custId

protected long custId

The id of the Abstract Customer

name

protected String name

The name of the Abstract Customer

customerInfos

protected ArrayList<org.powertac.common.CustomerInfo> customerInfos

The Customer specifications

upperPowerCap

protected double upperPowerCap

>0: max power consumption (think consumer with fuse limit); <0: min power production (think nuclear power plant with min output)

lowerPowerCap

protected double lowerPowerCap

>0: min power consumption (think refrigerator); <0: max power production (think power plant with max capacity)

carbonEmissionRate

protected double carbonEmissionRate

>=0 - gram CO2 per kW/h

windToPowerConversion

protected double windToPowerConversion

measures how wind changes translate into load / generation changes of the customer

tempToPowerConversion

protected double tempToPowerConversion

measures how temperature changes translate into load / generation changes of the customer

sunToPowerConversion

protected double sunToPowerConversion

measures how sun intensity changes translate into load /generation changes of the customer

rs1

protected RandomSeed rs1

Random Number Generator

Constructor Detail

AbstractCustomer

public AbstractCustomer(String name)

Abstract Customer constructor. It takes the customerInfo as an input. It creates the autowiring required using the Spring Application Context, it creates the new Abstract Customer based on the customerInfo given, creates a new random number generator and adds the newly created customer in the CustomerRepo.

AbstractCustomer

public AbstractCustomer(String name,
                        ArrayList<org.powertac.common.CustomerInfo> customers)

Overload of the above constructor

Method Detail

toString

public String toString()

Overrides:

toString in class Object

getPopulation

public int getPopulation(org.powertac.common.CustomerInfo customer)

getCustId

public long getCustId()

getId

public long getId()

Synonym for getCustId()

getName

public String getName()

getCustomerInfo

public ArrayList<org.powertac.common.CustomerInfo> getCustomerInfo()

getUpperPowerCap

public double getUpperPowerCap()

getLowerPowerCap

public double getLowerPowerCap()

getCarbonEmissionRate

public double getCarbonEmissionRate()

getWindToPowerConversion

public double getWindToPowerConversion()

getTempToPowerConversion

public double getTempToPowerConversion()

getSunToPowerConversion

public double getSunToPowerConversion()

addCustomerInfo

public void addCustomerInfo(org.powertac.common.CustomerInfo customer)

subscribeDefault

public void subscribeDefault()

Function utilized at the beginning in order to subscribe to the default tariff

consumePower

public void consumePower()

The first implementation of the power consumption function. I utilized the mean consumption of a neighborhood of households with a random variable

producePower

public void producePower()

The first implementation of the power consumption function. I utilized the mean consumption of a neighborhood of households with a random variable

step

public void step()

changeSubscription

public void changeSubscription(org.powertac.common.Tariff tariff,
                               org.powertac.common.Tariff newTariff,
                               org.powertac.common.CustomerInfo customer)

In this overloaded implementation of the changing subscription function, Here we just put the tariff we want to change and the whole population is moved to another random tariff. NOTE: Used only for testing...

Parameters:

tariff -

subscribe

public void subscribe(org.powertac.common.Tariff tariff,
                      int customerCount,
                      org.powertac.common.CustomerInfo customer)

Subscribing a certain population amount to a certain subscription

unsubscribe

public void unsubscribe(TariffSubscription subscription,
                        int customerCount)

Unsubscribing a certain population amount from a certain subscription