energygroup.calculation

Class FlowMeasuredAtInterfaceEnergy

java.lang.Object

energygroup.calculation.AbstractFlowMeasuredAtInterface

energygroup.calculation.FlowMeasuredAtInterfaceEnergy

public class FlowMeasuredAtInterfaceEnergy
extends AbstractFlowMeasuredAtInterface

The Class FlowMeasuredAtInterfaceEnergy consists of an interfaceID, the EnergyCarrier, the domain, the domain model (extended AbstractDomainModel) and an EnergyFlowMeasured. It is used in the class FlowsMeasuredGroupMember as a description of the flow (energy or good) of single system (one node of the GroupTree) at a single TechnicalInterface.

Nested Class Summary

Nested classes/interfaces inherited from class energygroup.calculation.AbstractFlowMeasuredAtInterface

AbstractFlowMeasuredAtInterface.FlowType

Constructor Summary

Constructors

Constructor and Description
FlowMeasuredAtInterfaceEnergy(EnergyFlowMeasured energyFlowMeasured, java.lang.String interfaceID, java.lang.String domain, AbstractDomainModel domainModel, EnergyCarrier energyCarrier) Instantiates a new FlowMeasuredAtInterface by an EnergyFlowMeasured.

Method Summary

Modifier and Type	Method and Description
void	addNewPointInTimeToMeasurements(int newIndex, long newPointInTime) Adds a new point in time to the current measurements.
EnergyCarrier	getEnergyCarrier() Gets the energy carrier.
EnergyFlowMeasured	getEnergyFlowMeasured() Gets the EnergyFlowMeasured.
int	getMeasurementCount() Return the number of the measurements..
int	getNewIndexPositionForPointInTime(int searchStartIndex, long newTimeToAdd) Returns a new index position for the specified point in time.
java.util.Vector<java.lang.Long>	getTimeVector() Returns the vector of time stamps from the measurements.
void	setEnergyCarrier(EnergyCarrier energyCarrier) Sets the energy carrier.
void	setEnergyFlowMeasured(EnergyFlowMeasured energyFlowMeasured) Sets the EnergyFlowMeasured.

Methods inherited from class energygroup.calculation.AbstractFlowMeasuredAtInterface

getDomain, getDomainModel, getFlowType, getInterfaceID, getMeasurements, setDomain, setDomainModel, setFlowType, setInterfaceID

Methods inherited from class java.lang.Object

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

Constructor Detail

FlowMeasuredAtInterfaceEnergy

public FlowMeasuredAtInterfaceEnergy(EnergyFlowMeasured energyFlowMeasured,
                                     java.lang.String interfaceID,
                                     java.lang.String domain,
                                     AbstractDomainModel domainModel,
                                     EnergyCarrier energyCarrier)

Instantiates a new FlowMeasuredAtInterface by an EnergyFlowMeasured.

Parameters:

energyFlowMeasured - the energy flow measured

interfaceID - the interface id

domain - the domain

domainModel - the domain model

energyCarrier - the energy carrier

Method Detail

getEnergyFlowMeasured

public EnergyFlowMeasured getEnergyFlowMeasured()

Gets the EnergyFlowMeasured.

Returns:

the energy flow measured

setEnergyFlowMeasured

public void setEnergyFlowMeasured(EnergyFlowMeasured energyFlowMeasured)

Sets the EnergyFlowMeasured.

Parameters:

energyFlowMeasured - the new energy flow measured

getEnergyCarrier

public EnergyCarrier getEnergyCarrier()

Gets the energy carrier.

Returns:

the energyCarrier

setEnergyCarrier

public void setEnergyCarrier(EnergyCarrier energyCarrier)

Sets the energy carrier.

Parameters:

energyCarrier - the energyCarrier to set

getMeasurementCount

public int getMeasurementCount()

Description copied from class: AbstractFlowMeasuredAtInterface

Return the number of the measurements..

Specified by:

getMeasurementCount in class AbstractFlowMeasuredAtInterface

Returns:

the measurement count

getTimeVector

public java.util.Vector<java.lang.Long> getTimeVector()

Description copied from class: AbstractFlowMeasuredAtInterface

Returns the vector of time stamps from the measurements.

Specified by:

getTimeVector in class AbstractFlowMeasuredAtInterface

Returns:

the time vector

getNewIndexPositionForPointInTime

public int getNewIndexPositionForPointInTime(int searchStartIndex,
                                             long newTimeToAdd)

Description copied from class: AbstractFlowMeasuredAtInterface

Returns a new index position for the specified point in time.

Specified by:

getNewIndexPositionForPointInTime in class AbstractFlowMeasuredAtInterface

Parameters:

searchStartIndex - the index where to start the search

newTimeToAdd - the new time to add

Returns:

the new index position for the specified point in time

addNewPointInTimeToMeasurements

public void addNewPointInTimeToMeasurements(int newIndex,
                                            long newPointInTime)

Description copied from class: AbstractFlowMeasuredAtInterface

Adds a new point in time to the current measurements.

Specified by:

addNewPointInTimeToMeasurements in class AbstractFlowMeasuredAtInterface

Parameters:

newIndex - the new index

newPointInTime - the new Point in time