energygroup.calculation

Class FlowsMeasuredGroup

java.lang.Object

energygroup.calculation.FlowsMeasuredGroup

public class FlowsMeasuredGroup
extends java.lang.Object

The Class EnergyFlowsMeasuredGroup consists of all EnergyFlowMeasured for each system involved in an aggregation, for each EnergyInterface and for each EnergyCarrier and its corresponding domain model.

Constructor Summary

Constructors

Constructor and Description
FlowsMeasuredGroup(OptionModelController optionModelController, long globalTimeFrom, long globalTimeTo) Instantiates a new EnergyFlowsMeasuredGroup.

Method Summary

Modifier and Type	Method and Description
void	addFlowsMeasuredFromGroupMember(javax.swing.tree.DefaultMutableTreeNode treeNode, FlowsMeasuredGroupMember groupMemberFlows) Adds the specified EnergyFlowsMeasuredGroupMember that corresponds to specified node of the GroupTreeModel.
FlowsMeasuredGroupMember	getFlowsMeasuredGroupMember(javax.swing.tree.DefaultMutableTreeNode treeNode) Returns the EnergyFlowsMeasuredGroupMember for the specified node of the GroupTreeModel.
long	getGlobalTimeFrom() Gets the global time from.
long	getGlobalTimeTo() Gets the global time to.
java.util.HashMap<javax.swing.tree.DefaultMutableTreeNode,FlowsMeasuredGroupMember>	getGroupMemberFlowsMeasured() Returns the HashMap that stores all FlowsMeasuredGroupMember
java.util.Vector<java.lang.Long>	getPointsInTimeVector() Returns the points in time vector.
void	setGlobalTimeFrom(long globalTimeFrom) Sets the global time from.
void	setGlobalTimeTo(long globalTimeTo) Sets the global time to.
EnergyFlowMeasured	sumUpEnergyFlowMeasuredByEnergyCarrier(javax.swing.tree.DefaultMutableTreeNode currentParentNode, java.lang.String newInterfaceID, EnergyCarrier energyCarrier) Sum up the EnergyFlowMeasured by energy carrier for all child nodes.
EnergyFlowMeasured	sumUpEnergyFlowMeasuredByEnergyCarrierAndDomainModel(javax.swing.tree.DefaultMutableTreeNode currentParentNode, java.lang.String newInterfaceID, EnergyCarrier energyCarrier, AbstractDomainModel domainModel) Sum up the EnergyFlowMeasured by energy carrier and domain models (that are extended AbstractDomainModel) for all child nodes.
AbstractFlow	sumUpFlowMeasuredByDomain(javax.swing.tree.DefaultMutableTreeNode currentParentNode, java.lang.String newInterfaceID, java.lang.String domain) Sum up the EnergyFlowMeasured by energy carrier for all child nodes.
AbstractFlow	sumUpFlowMeasuredByDomainAndDomainModel(javax.swing.tree.DefaultMutableTreeNode currentParentNode, java.lang.String interfaceID, java.lang.String domain, AbstractDomainModel domainModel) Sum up the EnergyFlowMeasured by energy carrier and domain models (that are extended AbstractDomainModel) for all child nodes.
java.lang.String	toString()

Methods inherited from class java.lang.Object

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

Constructor Detail

FlowsMeasuredGroup

public FlowsMeasuredGroup(OptionModelController optionModelController,
                          long globalTimeFrom,
                          long globalTimeTo)

Instantiates a new EnergyFlowsMeasuredGroup.

Parameters:

optionModelController - the current OptionModelController

globalTimeFrom - the global time from

globalTimeTo - the global time to

Method Detail

getGlobalTimeFrom

public long getGlobalTimeFrom()

Gets the global time from.

Returns:

the global time from

setGlobalTimeFrom

public void setGlobalTimeFrom(long globalTimeFrom)

Sets the global time from.

Parameters:

globalTimeFrom - the new global time from

getGlobalTimeTo

public long getGlobalTimeTo()

Gets the global time to.

Returns:

the global time to

setGlobalTimeTo

public void setGlobalTimeTo(long globalTimeTo)

Sets the global time to.

Parameters:

globalTimeTo - the new global time to

getPointsInTimeVector

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

Returns the points in time vector.

Returns:

the points in time vector

getGroupMemberFlowsMeasured

public java.util.HashMap<javax.swing.tree.DefaultMutableTreeNode,FlowsMeasuredGroupMember> getGroupMemberFlowsMeasured()

Returns the HashMap that stores all FlowsMeasuredGroupMember

Returns:

the measured group member flows

getFlowsMeasuredGroupMember

public FlowsMeasuredGroupMember getFlowsMeasuredGroupMember(javax.swing.tree.DefaultMutableTreeNode treeNode)

Returns the EnergyFlowsMeasuredGroupMember for the specified node of the GroupTreeModel.

Parameters:

treeNode - the tree node

Returns:

the energy flows measured group member

addFlowsMeasuredFromGroupMember

public void addFlowsMeasuredFromGroupMember(javax.swing.tree.DefaultMutableTreeNode treeNode,
                                            FlowsMeasuredGroupMember groupMemberFlows)

Adds the specified EnergyFlowsMeasuredGroupMember that corresponds to specified node of the GroupTreeModel.

Parameters:

treeNode - the tree node out of the GroupTreeModel

groupMemberFlows - the EnergyFlowsMeasuredGroupMember

sumUpEnergyFlowMeasuredByEnergyCarrier

public EnergyFlowMeasured sumUpEnergyFlowMeasuredByEnergyCarrier(javax.swing.tree.DefaultMutableTreeNode currentParentNode,
                                                                 java.lang.String newInterfaceID,
                                                                 EnergyCarrier energyCarrier)

Sum up the EnergyFlowMeasured by energy carrier for all child nodes.

Parameters:

currentParentNode - the current parent node

newInterfaceID - the interface id to be used for the new resulting EnergyFlowMeasured or GoodFlowMeasured

energyCarrier - the energy carrier

Returns:

the EnergyFlowMeasured containing the sum of all energy flow

sumUpFlowMeasuredByDomain

public AbstractFlow sumUpFlowMeasuredByDomain(javax.swing.tree.DefaultMutableTreeNode currentParentNode,
                                              java.lang.String newInterfaceID,
                                              java.lang.String domain)

Sum up the EnergyFlowMeasured by energy carrier for all child nodes.

Parameters:

currentParentNode - the current parent node

newInterfaceID - the interface id to be used for the new resulting EnergyFlowMeasured

domain - the domain

Returns:

the AbstractFlow that is either a EnergyFlowMeasured or a GoodFlowMeasured

sumUpEnergyFlowMeasuredByEnergyCarrierAndDomainModel

public EnergyFlowMeasured sumUpEnergyFlowMeasuredByEnergyCarrierAndDomainModel(javax.swing.tree.DefaultMutableTreeNode currentParentNode,
                                                                               java.lang.String newInterfaceID,
                                                                               EnergyCarrier energyCarrier,
                                                                               AbstractDomainModel domainModel)

Sum up the EnergyFlowMeasured by energy carrier and domain models (that are extended AbstractDomainModel) for all child nodes.

Parameters:

currentParentNode - the current parent node

newInterfaceID - the interface id to be used for the new resulting EnergyFlowMeasured

energyCarrier - the energy carrier

domainModel - the domain model

Returns:

the EnergyFlowMeasured

sumUpFlowMeasuredByDomainAndDomainModel

public AbstractFlow sumUpFlowMeasuredByDomainAndDomainModel(javax.swing.tree.DefaultMutableTreeNode currentParentNode,
                                                            java.lang.String interfaceID,
                                                            java.lang.String domain,
                                                            AbstractDomainModel domainModel)

Sum up the EnergyFlowMeasured by energy carrier and domain models (that are extended AbstractDomainModel) for all child nodes.

Parameters:

currentParentNode - the current parent node

interfaceID - the interface id to be used for the new resulting EnergyFlowMeasured

domain - the domain

domainModel - the domain model

Returns:

the EnergyFlowMeasured

toString

public java.lang.String toString()

Overrides:

toString in class java.lang.Object