energy.evaluation

Class EvaluationGraph

java.lang.Object

energy.evaluation.EvaluationGraph

public class EvaluationGraph
extends java.lang.Object

The Class EvaluationGraph represents the Graph that is used for the evaluation of a technical system.

Nested Class Summary

Nested Classes

Modifier and Type	Class and Description
static class	EvaluationGraph.IntendedUse The Enumeration with the separation of the intended use of the current EvaluationGraph.
static class	EvaluationGraph.IOListType The Enumeration that specifies which I/O value should be used, in order to generate the unique key for a node or an edge
static class	EvaluationGraph.StorageListType The Enumeration that specifies which Storage load values should be used, in order to generate the unique key for a node or an edge

Constructor Summary

Constructors

Constructor and Description
EvaluationGraph(OptionModelController optionModelController, EvaluationGraph.IntendedUse intendedUse) Instantiates a new evaluation graph.

Method Summary

Modifier and Type	Method and Description
boolean	addEdge(EvaluationGraphEdge edge, EvaluationGraphNode sourceNode, EvaluationGraphNode destinationNode, edu.uci.ics.jung.graph.util.EdgeType edge_type) Adds the specified edge between source and destination node.
EvaluationGraphEdge	addEdgeSynchronized(EvaluationGraphEdge edgeToAdd, EvaluationGraphNode sourceNode, EvaluationGraphNode destinationNode, edu.uci.ics.jung.graph.util.EdgeType edge_type) Adds the specified EvaluationGraphEdge in a synchronized manner (in order to prevent concurrency issues).
boolean	addVertex(EvaluationGraphNode evaluationGraphNode) Adds the specified vertex to the graph.
EvaluationGraphNode	addVertexSynchronized(EvaluationGraphNode evaluationGraphNode) Adds the specified EvaluationGraphNode in a synchronized manner (in order to prevent concurrency issues).
EvaluationGraphEdge	createEvaluationGraphEdgeForDeltaCosts(EvaluationGraphNode sourceNode, EvaluationGraphNode destinNode, TechnicalSystemStateDeltaEvaluation tssDelta) Creates a new EvaluationGraphEdge for the specified TechnicalSystemStateDeltaEvaluation for the delta cost graph.
EvaluationGraphEdge	createEvaluationGraphEdgeForStateVariability(TechnicalSystemState technicalSystemState) Creates a new EvaluationGraphEdge for the specified TechnicalSystemState for the graph of the state variability.
EvaluationGraphNode	createEvaluationGraphNode(TechnicalSystemState technicalSystemState) Creates a new EvaluationGraphNode for the specified TechnicalSystemState.
EvaluationGraphEdge	findEdge(EvaluationGraphNode evalSourceNode, EvaluationGraphNode evalDestinNode) Checks and returns the EvaluationGraphEdge between the two specified EvaluationGraphNodes, if available.
EvaluationGraphNode	getEvaluationGraphNode(TechnicalSystemState technicalSystemState) Gets the EvaluationGraphNode for the specified TechnicalSystemState.
EvaluationGraphNodeByTime	getEvaluationGraphNodesByTime() Gets the evaluation graph nodes by time.
EvaluationGraphPart	getGraphByEvaluationTimeStamp(long evaluationTimeStamp) Returns the actual partition graph for the specified evaluation time stamp.
EvaluationGraphPart	getGraphByPartitionTimeStamp(long partitionTimeStamp) Returns the actual partition graph by the specified partition time stamp.
EvaluationGraph.IntendedUse	getIntendedUse() Returns the intended use.
java.lang.String	getKeyStringBaseConfiguration(TechnicalSystemState tss) Returns the key string for the current base configuration of the TechnicalInterfaceConfiguration and the State.
java.lang.String	getKeyStringGlobalTime(TechnicalSystemState tss) Returns the key string for the global time of the TechnicalSystemState.
java.lang.String	getKeyStringIOList(TechnicalSystemState tss, EvaluationGraph.IOListType ioListType) Returns the key string for the specified I/O-List.
java.lang.String	getKeyStringStorageLoads(TechnicalSystemState tss, EvaluationGraph.StorageListType storageListType) Returns the key string for the current StorageLoads.
java.util.Collection<EvaluationGraphEdge>	getOutEdges(EvaluationGraphNode graphNode)
java.util.HashMap<java.lang.String,java.lang.Double>	getStateIdentifierPrecisionHashIO() Returns the HashMap that stores the current state identifier and the corresponding precisions for the I/O values.
java.util.HashMap<java.lang.String,java.lang.Double>	getStateIdentifierPrecisionHashStorageLoad() /* Returns the Hash that stores the current state identifier and the corresponding precisions for the storage load.
java.util.TreeMap<java.lang.Long,EvaluationGraphPart>	getSubGraphTreeMap() Returns tree map with all graphs.
java.util.Vector<TechnicalSystemState>	getTechnicalSystemStatesFilteredByStateID(java.util.Vector<TechnicalSystemState> tssVector, java.lang.String stateID2Search4) Returns the technical system states filtered by the state id.
java.util.Vector<TechnicalSystemState>	getTechnicalSystemStatesFromNodes(EvaluationGraphPart partGraph) Returns all TechnicalSystemState's from the nodes of the EvaluationGraph.
java.util.Vector<TechnicalSystemState>	getTechnicalSystemStatesFromNodes(EvaluationGraphPart partGraph, boolean sortByStateID) Returns all TechnicalSystemState's from the nodes of the EvaluationGraph sorted by the StateID.
java.util.Vector<java.lang.String>	getUniqueStateIDs(java.util.Vector<TechnicalSystemState> tssVector) Returns the unique stateID's of the specified Vector of TechnicalSystemState's.
boolean	removeEdge(EvaluationGraphEdge edge) Removes the specified EvaluationGraphEdge.
boolean	removeVertex(EvaluationGraphNode evaluationGraphNode) Removes the specified vertex.

Methods inherited from class java.lang.Object

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

Constructor Detail

EvaluationGraph

public EvaluationGraph(OptionModelController optionModelController,
                       EvaluationGraph.IntendedUse intendedUse)

Instantiates a new evaluation graph.

Parameters:

optionModelController - the option model controller

intendedUse - the intension for the usage of this EvaluationGraph

Method Detail

getIntendedUse

public EvaluationGraph.IntendedUse getIntendedUse()

Returns the intended use.

Returns:

the intended use

getSubGraphTreeMap

public java.util.TreeMap<java.lang.Long,EvaluationGraphPart> getSubGraphTreeMap()

Returns tree map with all graphs.

Returns:

the graph tree map

getGraphByEvaluationTimeStamp

public EvaluationGraphPart getGraphByEvaluationTimeStamp(long evaluationTimeStamp)

Returns the actual partition graph for the specified evaluation time stamp.

Parameters:

evaluationTimeStamp - the evaluation time stamp

Returns:

the graph

getGraphByPartitionTimeStamp

public EvaluationGraphPart getGraphByPartitionTimeStamp(long partitionTimeStamp)

Returns the actual partition graph by the specified partition time stamp.

Parameters:

partitionTimeStamp - the partition time stamp

Returns:

the graph by partition time

getStateIdentifierPrecisionHashIO

public java.util.HashMap<java.lang.String,java.lang.Double> getStateIdentifierPrecisionHashIO()

Returns the HashMap that stores the current state identifier and the corresponding precisions for the I/O values.

Returns:

the stateIdentifierPrecisionHashIO

getStateIdentifierPrecisionHashStorageLoad

public java.util.HashMap<java.lang.String,java.lang.Double> getStateIdentifierPrecisionHashStorageLoad()

/* Returns the Hash that stores the current state identifier and the corresponding precisions for the storage load.

Returns:

the stateIdentifierPrecisionHashStorageLoad

addVertexSynchronized

public EvaluationGraphNode addVertexSynchronized(EvaluationGraphNode evaluationGraphNode)

Adds the specified EvaluationGraphNode in a synchronized manner (in order to prevent concurrency issues).

Parameters:

evaluationGraphNode - the EvaluationGraphNode to add

Returns:

the EvaluationGraphNode that was either added or already available

addVertex

public boolean addVertex(EvaluationGraphNode evaluationGraphNode)

Adds the specified vertex to the graph.

Parameters:

evaluationGraphNode - the evaluation graph node

Returns:

true, if successful

removeVertex

public boolean removeVertex(EvaluationGraphNode evaluationGraphNode)

Removes the specified vertex.

Parameters:

evaluationGraphNode - the evaluation graph node

Returns:

true, if successful

createEvaluationGraphNode

public EvaluationGraphNode createEvaluationGraphNode(TechnicalSystemState technicalSystemState)

Creates a new EvaluationGraphNode for the specified TechnicalSystemState.

Parameters:

technicalSystemState - the TechnicalSystemState

Returns:

the EvaluationGraphNode

getEvaluationGraphNode

public EvaluationGraphNode getEvaluationGraphNode(TechnicalSystemState technicalSystemState)

Gets the EvaluationGraphNode for the specified TechnicalSystemState.

Parameters:

technicalSystemState - the TechnicalSystemState

Returns:

the evaluation graph node

addEdgeSynchronized

public EvaluationGraphEdge addEdgeSynchronized(EvaluationGraphEdge edgeToAdd,
                                               EvaluationGraphNode sourceNode,
                                               EvaluationGraphNode destinationNode,
                                               edu.uci.ics.jung.graph.util.EdgeType edge_type)

Adds the specified EvaluationGraphEdge in a synchronized manner (in order to prevent concurrency issues).

Parameters:

edgeToAdd - the edge to add to the graph

sourceNode - the source EvaluationGraphNode

destinationNode - the destination EvaluationGraphNode

edge_type - the edge_type

Returns:

the EvaluationGraphEdge that was either added or already available

addEdge

public boolean addEdge(EvaluationGraphEdge edge,
                       EvaluationGraphNode sourceNode,
                       EvaluationGraphNode destinationNode,
                       edu.uci.ics.jung.graph.util.EdgeType edge_type)

Adds the specified edge between source and destination node.

Parameters:

edge - the edge

sourceNode - the source node

destinationNode - the destination node

edge_type - the edge type

Returns:

true, if successful

removeEdge

public boolean removeEdge(EvaluationGraphEdge edge)

Removes the specified EvaluationGraphEdge.

Parameters:

edge - the edge to remove

Returns:

true, if successful

findEdge

public EvaluationGraphEdge findEdge(EvaluationGraphNode evalSourceNode,
                                    EvaluationGraphNode evalDestinNode)

Checks and returns the EvaluationGraphEdge between the two specified EvaluationGraphNodes, if available.

Parameters:

evalSourceNode - the source node

evalDestinNode - the destination node

Returns:

the evaluation graph edge

createEvaluationGraphEdgeForStateVariability

public EvaluationGraphEdge createEvaluationGraphEdgeForStateVariability(TechnicalSystemState technicalSystemState)

Creates a new EvaluationGraphEdge for the specified TechnicalSystemState for the graph of the state variability.

Parameters:

technicalSystemState - the TechnicalSystemState

Returns:

the EvaluationGraphEdge

createEvaluationGraphEdgeForDeltaCosts

public EvaluationGraphEdge createEvaluationGraphEdgeForDeltaCosts(EvaluationGraphNode sourceNode,
                                                                  EvaluationGraphNode destinNode,
                                                                  TechnicalSystemStateDeltaEvaluation tssDelta)

Creates a new EvaluationGraphEdge for the specified TechnicalSystemStateDeltaEvaluation for the delta cost graph.

Parameters:

sourceNode - the source node

destinNode - the destination node

tssDelta - the TechnicalSystemStateDeltaEvaluation

Returns:

the EvaluationGraphEdge

getOutEdges

public java.util.Collection<EvaluationGraphEdge> getOutEdges(EvaluationGraphNode graphNode)

getEvaluationGraphNodesByTime

public EvaluationGraphNodeByTime getEvaluationGraphNodesByTime()

Gets the evaluation graph nodes by time.

Returns:

the evaluation graph nodes by time

getKeyStringGlobalTime

public java.lang.String getKeyStringGlobalTime(TechnicalSystemState tss)

Returns the key string for the global time of the TechnicalSystemState.

Parameters:

tss - the TechnicalSystemState

Returns:

the key string for the global time

getKeyStringBaseConfiguration

public java.lang.String getKeyStringBaseConfiguration(TechnicalSystemState tss)

Returns the key string for the current base configuration of the TechnicalInterfaceConfiguration and the State.

Parameters:

tss - the TechnicalSystemState

Returns:

the key string for the base configuration of a TechnicalSystemState

getKeyStringIOList

public java.lang.String getKeyStringIOList(TechnicalSystemState tss,
                                           EvaluationGraph.IOListType ioListType)

Returns the key string for the specified I/O-List.

Parameters:

tss - the current TechnicalSystemState

ioListType - the EvaluationGraph.IOListType

Returns:

the key string for the current I/O-List.

getKeyStringStorageLoads

public java.lang.String getKeyStringStorageLoads(TechnicalSystemState tss,
                                                 EvaluationGraph.StorageListType storageListType)

Returns the key string for the current StorageLoads.

Parameters:

tss - the TechnicalSystemState

storageListType - the storage list type

Returns:

the key string for the current I/O-List.

getTechnicalSystemStatesFromNodes

public java.util.Vector<TechnicalSystemState> getTechnicalSystemStatesFromNodes(EvaluationGraphPart partGraph)

Returns all TechnicalSystemState's from the nodes of the EvaluationGraph.

Parameters:

partGraph - the EvaluationGraphPart

Returns:

the technical systems from nodes

getTechnicalSystemStatesFromNodes

public java.util.Vector<TechnicalSystemState> getTechnicalSystemStatesFromNodes(EvaluationGraphPart partGraph,
                                                                                boolean sortByStateID)

Returns all TechnicalSystemState's from the nodes of the EvaluationGraph sorted by the StateID.

Parameters:

partGraph - the EvaluationGraphPart

sortByStateID - set true if the Vector should be sorted by the ID's of State

Returns:

the technical system states from nodes

getUniqueStateIDs

public java.util.Vector<java.lang.String> getUniqueStateIDs(java.util.Vector<TechnicalSystemState> tssVector)

Returns the unique stateID's of the specified Vector of TechnicalSystemState's.

Parameters:

tssVector - the vector of TechnicalSystemState

Returns:

the unique stateIDs

getTechnicalSystemStatesFilteredByStateID

public java.util.Vector<TechnicalSystemState> getTechnicalSystemStatesFilteredByStateID(java.util.Vector<TechnicalSystemState> tssVector,
                                                                                        java.lang.String stateID2Search4)

Returns the technical system states filtered by the state id.

Parameters:

tssVector - the vector of TechnicalSystemState's

stateID2Search4 - the stateID to search for

Returns:

the technical system states filtered by state id