energygroup.evaluation

Class MemberEvaluationStrategy

java.lang.Object

energy.evaluation.AbstractEvaluationStrategy

energygroup.evaluation.MemberEvaluationStrategy

Direct Known Subclasses:

MemberEvaluationStrategyScheduList, MemberEvaluationStrategyTechnicalSystem

public abstract class MemberEvaluationStrategy
extends AbstractEvaluationStrategy

The Class GroupMemberEvaluationStrategy.

Field Summary

Fields

Modifier and Type	Field and Description
protected javax.swing.tree.DefaultMutableTreeNode	currentNode
protected AbstractGroupEvaluationStrategy	groupEvaluationStrategy
protected GroupTreeNodeObject	gtno

Fields inherited from class energy.evaluation.AbstractEvaluationStrategy

evaluationStart, optionModelController

Constructor Summary

Constructors

Constructor and Description
MemberEvaluationStrategy(OptionModelController optionModelController, AbstractGroupEvaluationStrategy groupEvaluationStrategy, javax.swing.tree.DefaultMutableTreeNode currentTreeNode, GroupTreeNodeObject gtno) Instantiates a new member evaluation strategy.

Method Summary

Modifier and Type	Method and Description
protected EnergyFlowInWatt	createEnergyFlowInWatt(double value, EnergyUnitFactorPrefixSI siPrefix) Creates a new EnergyFlowInWatt.
protected EnergyFlowMeasured	createEnergyFlowMeasured(java.lang.String interfaceID, boolean isStepSeries) Creates a new EnergyFlowMeasured.
protected java.util.HashMap<java.lang.String,EnergyFlowMeasured>	createEnergyFlowMeasuredHash() Returns a new HashMap that contains new created EnergyFlowMeasured for each TechnicalInterface
protected EnergyMeasurement	createEnergyMeasurement(long time, double value, EnergyUnitFactorPrefixSI siPrefix) Creates a new EnergyMeasurement.
protected GoodFlow	createGoodFlow(double value, java.lang.String domainUnit, TimeUnit timeUnit) Creates a new GoodFlow.
protected GoodFlowMeasured	createGoodFlowMeasured(java.lang.String interfaceID, boolean isStepSeries) Creates a new GoodFlowMeasured.
protected java.util.HashMap<java.lang.String,GoodFlowMeasured>	createGoodFlowMeasuredHash() Returns a new HashMap that contains new created GoodFlowMeasured for each TechnicalInterface
protected GoodMeasurement	createGoodMeasurement(long time, double value, java.lang.String domainUnit, TimeUnit timeUnit) Creates a new GoodMeasurement.
protected java.util.HashMap<java.lang.String,EnergyAmount>	createStorageLoadHashEnergy() Creates a new storage load hash for all EnergyInterfacee that have a storage.
protected java.util.HashMap<java.lang.String,java.lang.Double>	createStorageLoadHashGood() Creates a new storage load hash for all GoodInterfaces that have a storage.
java.util.Vector<javax.swing.JComponent>	getCustomToolBarElements() Should return your custom tool bar elements for the evaluation.
abstract java.lang.String	getDomain(java.lang.String configID, java.lang.String interfaceID) Has to return the domain according to the specified interfaceID.
FlowsMeasuredGroupMember	getEnergyFlowsMeasuredGroupMember(long globalTimeFrom, long globalTimeTo) Has to return an instance of FlowsMeasuredGroupMember that describes the energy flows of the actual system for the specified time range.
AbstractGroupEvaluationStrategy	getGroupEvaluationStrategy() Returns the current AbstractGroupEvaluationStrategy that may be an AbstractGroupEvaluationStrategyRT also.
abstract TechnicalSystemStateEvaluation	getScheduleTechnicalSystemStateEvaluation() Gets the schedule TechnicalSystemStateEvaluation.
protected java.util.HashMap<java.lang.String,EnergyAmount>	getStorageLoadEnergy(long globalTimeTo, TechnicalSystemStateEvaluation tsseLast) Sets the storage load for energy interfaces.
protected java.util.HashMap<java.lang.String,java.lang.Double>	getStorageLoadGood(long globalTimeTo, TechnicalSystemStateEvaluation tsseLast) Sets the storage load for good interfaces.
abstract java.util.Vector<TechnicalSystemStateEvaluation>	getTechnicalSystemStateEvaluationVector(long globalTimeFrom, long globalTimeTo) Has to returns a vector of all TechnicalSystemStateEvaluation for the specified time range.
protected boolean	isWithinTimeRange(long timeRangeFrom, long timeRangeTo, long pointInTimeToCheck) Checks if is within time range.
protected boolean	isWithinTimeRange(long timeRangeFrom, long timeRangeTo, long pointInTimeToCheck, boolean includeBoundaries) Checks if is within time range.
abstract void	resetSchedule() Resets the current schedule TechnicalSystemStateEvaluation.
void	resetScheduleAndCalculationsStartingFrom(long pointInTime) Resets the local schedule and the calculations starting from the specified point in time.
void	runEvaluation() Runs the customized evaluation process.
protected void	setFinalEnergyFlows(java.util.HashMap<java.lang.String,EnergyFlowMeasured> measureHash, TechnicalSystemStateEvaluation tsse, long globalTimeTo) Sets the final energy flows in the EnergyFlowMeasured specified through the measureHash.
protected void	setFinalGoodFlows(java.util.HashMap<java.lang.String,GoodFlowMeasured> measureHash, TechnicalSystemStateEvaluation tsse, long globalTimeTo) Sets the final good flows in the GoodFlowMeasured specified through the measureHash.
protected void	setInitialEnergyFlows(java.util.HashMap<java.lang.String,EnergyFlowMeasured> measureHash, TechnicalSystemStateEvaluation tsse, long globalTimeFrom) Sets the initial energy flows in the EnergyFlowMeasured specified through the measureHash.
protected void	setInitialGoodFlows(java.util.HashMap<java.lang.String,GoodFlowMeasured> measureHash, TechnicalSystemStateEvaluation tsse, long globalTimeFrom) Sets the initial good flows in the GoodFlowMeasured specified through the measureHash.
abstract void	setScheduleTechnicalSystemStateEvaluation(TechnicalSystemStateEvaluation tsseSchedule) Sets the schedule TechnicalSystemStateEvaluation.

Methods inherited from class energy.evaluation.AbstractEvaluationStrategy

addStateToResults, addStateToResults, calculateAndSetStateCosts, convertToTechnicalSystemStateEvaluation, copyEnergyAmount, copyEnergyFlowInWatt, copyStorageLoad, copyTechnicalSystemState, copyTechnicalSystemState, executeEvaluation, getAllDeltaEvaluationsStartingFromTechnicalSystemState, getAllDeltaEvaluationsStartingFromTechnicalSystemState, getAllDeltaEvaluationsStartingFromTechnicalSystemState, getAllPossibleSubsequentStatesByDefinition, getAllPossibleSubsequentStatesByDefinition, getCostFunctionHistory, getCostModel, getDefaultSIPrefix, getDefaultTimeUnit, getEndTime, getEvaluationProcess, getEvaluationResults, getEvaluationSettings, getEvaluationThread, getEvaluationTimeRangeReminder, getFirstTechnicalSystemStateEvaluationWithEqualState, getGraphForDeltaCosts, getGraphForStateVariability, getInitialTechnicalSystemStateEvaluation, getNextTechnicalSystemStateEvaluation, getNodeStateResolver, getOptionModelCalculation, getStartTime, getStateDurationFromTechnicalSystemState, getTechnicalInterfaceConfiguration, hasStateCostFunction, isAvailableOptionModelCalculation, isConstantStateSinceGlobalTime, isEnabledPrintToConsole, isRealTimeStrategyOrPartOfRealTimeStrategy, isStopEvaluation, print, printlnGlobalTime, printlnGlobalTime, recursivelyCreateEvaluationGraphForCostsOverTime, recursivelyCreateEvaluationGraphForCostsOverTime, resetInitialTechnicalSystemStateEvaluation, resetScheduleAndCalculationsStartingFrom, setEnablePrintToConsole, setEvaluationThread, setGraphForDeltaCosts, setGraphForStateVariability, setInitialTechnicalSystemStateEvaluation, stopEvaluation

Methods inherited from class java.lang.Object

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

Field Detail

groupEvaluationStrategy

protected AbstractGroupEvaluationStrategy groupEvaluationStrategy

currentNode

protected javax.swing.tree.DefaultMutableTreeNode currentNode

gtno

protected GroupTreeNodeObject gtno

Constructor Detail

MemberEvaluationStrategy

public MemberEvaluationStrategy(OptionModelController optionModelController,
                                AbstractGroupEvaluationStrategy groupEvaluationStrategy,
                                javax.swing.tree.DefaultMutableTreeNode currentTreeNode,
                                GroupTreeNodeObject gtno)

Instantiates a new member evaluation strategy.

Parameters:

optionModelController - the option model controller

groupEvaluationStrategy - the group evaluation strategy

currentTreeNode - the current tree node

gtno - the GroupTreeNodeObject

Method Detail

getGroupEvaluationStrategy

public AbstractGroupEvaluationStrategy getGroupEvaluationStrategy()

Returns the current AbstractGroupEvaluationStrategy that may be an AbstractGroupEvaluationStrategyRT also.

Returns:

the group evaluation strategy

getDomain

public abstract java.lang.String getDomain(java.lang.String configID,
                                           java.lang.String interfaceID)

Has to return the domain according to the specified interfaceID.

Parameters:

configID - the ID of the used TechnicalInterfaceConfiguration

interfaceID - the interface ID of the used TechnicalInterface

Returns:

the domain

resetSchedule

public abstract void resetSchedule()

Resets the current schedule TechnicalSystemStateEvaluation.

resetScheduleAndCalculationsStartingFrom

public void resetScheduleAndCalculationsStartingFrom(long pointInTime)

Resets the local schedule and the calculations starting from the specified point in time.

Parameters:

pointInTime - the point in time

getScheduleTechnicalSystemStateEvaluation

public abstract TechnicalSystemStateEvaluation getScheduleTechnicalSystemStateEvaluation()

Gets the schedule TechnicalSystemStateEvaluation.

Returns:

the schedule technical system state evaluation

setScheduleTechnicalSystemStateEvaluation

public abstract void setScheduleTechnicalSystemStateEvaluation(TechnicalSystemStateEvaluation tsseSchedule)

Sets the schedule TechnicalSystemStateEvaluation.

Parameters:

tsseSchedule - the new schedule technical system state evaluation

getTechnicalSystemStateEvaluationVector

public abstract java.util.Vector<TechnicalSystemStateEvaluation> getTechnicalSystemStateEvaluationVector(long globalTimeFrom,
                                                                                                         long globalTimeTo)

Has to returns a vector of all TechnicalSystemStateEvaluation for the specified time range.

Parameters:

globalTimeFrom - the time from

globalTimeTo - the time to

Returns:

the technical system state evaluation vector

getEnergyFlowsMeasuredGroupMember

public FlowsMeasuredGroupMember getEnergyFlowsMeasuredGroupMember(long globalTimeFrom,
                                                                  long globalTimeTo)

Has to return an instance of FlowsMeasuredGroupMember that describes the energy flows of the actual system for the specified time range. These includes the EnergyFlowMeasured for each EnergyInterface the storage load, if available, and an EnergyFlowMeasured for the energy losses.

Parameters:

globalTimeFrom - the global time from

globalTimeTo - the global time to

Returns:

the energy flows measured group member

See Also:

FlowsMeasuredGroupMember, EnergyFlowMeasured

setInitialEnergyFlows

protected void setInitialEnergyFlows(java.util.HashMap<java.lang.String,EnergyFlowMeasured> measureHash,
                                     TechnicalSystemStateEvaluation tsse,
                                     long globalTimeFrom)

Sets the initial energy flows in the EnergyFlowMeasured specified through the measureHash.

Parameters:

measureHash - the measure hash

tsse - the TechnicalSystemStateEvaluation

globalTimeFrom - the global time from

setInitialGoodFlows

protected void setInitialGoodFlows(java.util.HashMap<java.lang.String,GoodFlowMeasured> measureHash,
                                   TechnicalSystemStateEvaluation tsse,
                                   long globalTimeFrom)

Sets the initial good flows in the GoodFlowMeasured specified through the measureHash.

Parameters:

measureHash - the measure hash

tsse - the TechnicalSystemStateEvaluation

globalTimeFrom - the global time from

setFinalEnergyFlows

protected void setFinalEnergyFlows(java.util.HashMap<java.lang.String,EnergyFlowMeasured> measureHash,
                                   TechnicalSystemStateEvaluation tsse,
                                   long globalTimeTo)

Sets the final energy flows in the EnergyFlowMeasured specified through the measureHash.

Parameters:

measureHash - the measure hash

tsse - the TechnicalSystemStateEvaluation

globalTimeTo - the global time to

setFinalGoodFlows

protected void setFinalGoodFlows(java.util.HashMap<java.lang.String,GoodFlowMeasured> measureHash,
                                 TechnicalSystemStateEvaluation tsse,
                                 long globalTimeTo)

Sets the final good flows in the GoodFlowMeasured specified through the measureHash.

Parameters:

measureHash - the measure hash

tsse - the TechnicalSystemStateEvaluation

globalTimeTo - the global time to

getStorageLoadEnergy

protected java.util.HashMap<java.lang.String,EnergyAmount> getStorageLoadEnergy(long globalTimeTo,
                                                                                TechnicalSystemStateEvaluation tsseLast)

Sets the storage load for energy interfaces.

Parameters:

globalTimeTo - the global time to

tsseLast - the last TechnicalSystemStateEvaluation

Returns:

a HashMap that contains all storage loads for energy interfaces, differentiated by the domains

getStorageLoadGood

protected java.util.HashMap<java.lang.String,java.lang.Double> getStorageLoadGood(long globalTimeTo,
                                                                                  TechnicalSystemStateEvaluation tsseLast)

Sets the storage load for good interfaces.

Parameters:

globalTimeTo - the global time to

tsseLast - the last TechnicalSystemStateEvaluation

Returns:

a HashMap that contains all storage loads for good interfaces, differentiated by the domains

createEnergyFlowMeasuredHash

protected java.util.HashMap<java.lang.String,EnergyFlowMeasured> createEnergyFlowMeasuredHash()

Returns a new HashMap that contains new created EnergyFlowMeasured for each TechnicalInterface

Returns:

the energy flow measured hash

createGoodFlowMeasuredHash

protected java.util.HashMap<java.lang.String,GoodFlowMeasured> createGoodFlowMeasuredHash()

Returns a new HashMap that contains new created GoodFlowMeasured for each TechnicalInterface

Returns:

the good flow measured hash

createStorageLoadHashEnergy

protected java.util.HashMap<java.lang.String,EnergyAmount> createStorageLoadHashEnergy()

Creates a new storage load hash for all EnergyInterfacee that have a storage.

Returns:

the hash map or null, if no storage is defined for this system

createStorageLoadHashGood

protected java.util.HashMap<java.lang.String,java.lang.Double> createStorageLoadHashGood()

Creates a new storage load hash for all GoodInterfaces that have a storage.

Returns:

the hash map or null, if no storage is defined for this system

createEnergyFlowMeasured

protected EnergyFlowMeasured createEnergyFlowMeasured(java.lang.String interfaceID,
                                                      boolean isStepSeries)

Creates a new EnergyFlowMeasured.

Returns:

the new energy flow measured

createGoodFlowMeasured

protected GoodFlowMeasured createGoodFlowMeasured(java.lang.String interfaceID,
                                                  boolean isStepSeries)

Creates a new GoodFlowMeasured.

Returns:

the new energy flow measured

createEnergyFlowInWatt

protected EnergyFlowInWatt createEnergyFlowInWatt(double value,
                                                  EnergyUnitFactorPrefixSI siPrefix)

Creates a new EnergyFlowInWatt.

Parameters:

value - the value

siPrefix - the SI prefix

Returns:

the energy flow in watt

createGoodFlow

protected GoodFlow createGoodFlow(double value,
                                  java.lang.String domainUnit,
                                  TimeUnit timeUnit)

Creates a new GoodFlow.

Parameters:

value - the value

domainUnit - the domain unit

timeUnit - the time unit

Returns:

the energy flow in watt

createEnergyMeasurement

protected EnergyMeasurement createEnergyMeasurement(long time,
                                                    double value,
                                                    EnergyUnitFactorPrefixSI siPrefix)

Creates a new EnergyMeasurement.

Parameters:

time - the time

value - the value

siPrefix - the si prefix

Returns:

the energy measurement

createGoodMeasurement

protected GoodMeasurement createGoodMeasurement(long time,
                                                double value,
                                                java.lang.String domainUnit,
                                                TimeUnit timeUnit)

Creates a new GoodMeasurement.

Parameters:

time - the time

value - the value

domainUnit - the domain unit

timeUnit - the si prefix

Returns:

the good measurement

isWithinTimeRange

protected boolean isWithinTimeRange(long timeRangeFrom,
                                    long timeRangeTo,
                                    long pointInTimeToCheck)

Checks if is within time range.

Parameters:

timeRangeFrom - the time range from

timeRangeTo - the time range to

pointInTimeToCheck - the point in time to check

Returns:

true, if is within time range

isWithinTimeRange

protected boolean isWithinTimeRange(long timeRangeFrom,
                                    long timeRangeTo,
                                    long pointInTimeToCheck,
                                    boolean includeBoundaries)

Checks if is within time range.

Parameters:

timeRangeFrom - the time range from

timeRangeTo - the time range to

pointInTimeToCheck - the point in time to check

includeBoundaries - the include boundaries

Returns:

true, if is within time range

getCustomToolBarElements

public java.util.Vector<javax.swing.JComponent> getCustomToolBarElements()

Description copied from class: AbstractEvaluationStrategy

Should return your custom tool bar elements for the evaluation.

Specified by:

getCustomToolBarElements in class AbstractEvaluationStrategy

Returns:

the custom tool bar elements

runEvaluation

public void runEvaluation()

Description copied from class: AbstractEvaluationStrategy

Runs the customized evaluation process.

Specified by:

runEvaluation in class AbstractEvaluationStrategy