energygroup.calculation

Class AbstractFlowMeasuredAtInterface

java.lang.Object

energygroup.calculation.AbstractFlowMeasuredAtInterface

Direct Known Subclasses:

FlowMeasuredAtInterfaceEnergy, FlowMeasuredAtInterfaceGood

public abstract class AbstractFlowMeasuredAtInterface
extends java.lang.Object

The abstract Class AbstractFlowMeasuredAtInterface consists of an interfaceID, the EnergyCarrier, the domain, the domain model (extended AbstractDomainModel) and an EnergyFlowMeasured of GoodFlowMeasured. 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

Modifier and Type	Class and Description
static class	AbstractFlowMeasuredAtInterface.FlowType

Constructor Summary

Constructors

Constructor and Description
AbstractFlowMeasuredAtInterface()

Method Summary

Modifier and Type	Method and Description
abstract void	addNewPointInTimeToMeasurements(int newIndex, long newPointInTime) Adds a new point in time to the current measurements.
java.lang.String	getDomain() Gets the domain.
AbstractDomainModel	getDomainModel() Gets the domain model.
AbstractFlowMeasuredAtInterface.FlowType	getFlowType() Gets the flow type.
java.lang.String	getInterfaceID() Gets the interface id.
abstract int	getMeasurementCount() Return the number of the measurements..
java.util.ArrayList<? extends AbstractMeasurement>	getMeasurements() Returns the current list of measurements that are either a list EnergyMeasurements or GoodMeasurements.
abstract int	getNewIndexPositionForPointInTime(int searchStartIndex, long newTimeToAdd) Returns a new index position for the specified point in time.
abstract java.util.Vector<java.lang.Long>	getTimeVector() Returns the vector of time stamps from the measurements.
void	setDomain(java.lang.String domain) Sets the domain.
void	setDomainModel(AbstractDomainModel domainModel) Sets the domain model.
protected void	setFlowType(AbstractFlowMeasuredAtInterface.FlowType flowType) Sets the flow type.
void	setInterfaceID(java.lang.String interfaceID) Sets the interface id.

Methods inherited from class java.lang.Object

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

Constructor Detail

AbstractFlowMeasuredAtInterface

public AbstractFlowMeasuredAtInterface()

Method Detail

getFlowType

public AbstractFlowMeasuredAtInterface.FlowType getFlowType()

Gets the flow type.

Returns:

the flow type

setFlowType

protected void setFlowType(AbstractFlowMeasuredAtInterface.FlowType flowType)

Sets the flow type.

Parameters:

flowType - the new flow type

getInterfaceID

public java.lang.String getInterfaceID()

Gets the interface id.

Returns:

the interface id

setInterfaceID

public void setInterfaceID(java.lang.String interfaceID)

Sets the interface id.

Parameters:

interfaceID - the new interface id

getDomain

public java.lang.String getDomain()

Gets the domain.

Returns:

the domain

setDomain

public void setDomain(java.lang.String domain)

Sets the domain.

Parameters:

domain - the new domain

getDomainModel

public AbstractDomainModel getDomainModel()

Gets the domain model.

Returns:

the domain model

setDomainModel

public void setDomainModel(AbstractDomainModel domainModel)

Sets the domain model.

Parameters:

domainModel - the new domain model

getMeasurements

public java.util.ArrayList<? extends AbstractMeasurement> getMeasurements()

Returns the current list of measurements that are either a list EnergyMeasurements or GoodMeasurements.

Returns:

the current list of measurements.

getMeasurementCount

public abstract int getMeasurementCount()

Return the number of the measurements..

Returns:

the measurement count

getTimeVector

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

Returns the vector of time stamps from the measurements.

Returns:

the time vector

getNewIndexPositionForPointInTime

public abstract int getNewIndexPositionForPointInTime(int searchStartIndex,
                                                      long newTimeToAdd)

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

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 abstract void addNewPointInTimeToMeasurements(int newIndex,
                                                     long newPointInTime)

Adds a new point in time to the current measurements.

Parameters:

newIndex - the new index

newPointInTime - the new Point in time