AbstractEvaluationStrategy (Energy Option Model

java.lang.Object
- energy.evaluation.AbstractEvaluationStrategy

Direct Known Subclasses:

AbstractEvaluationStrategyRT, AbstractGroupEvaluationStrategy, EV_PriceOptimalCharge, EV_RegularCharge, MemberEvaluationStrategy, RandomDecisionStrategy, RegularUseMicroCHP
```
public abstract class AbstractEvaluationStrategy
extends java.lang.Object
```
The Class AbstractEvaluationStrategy represents the super class for all evaluation strategies that are to be applied for specific TechnicalSystem's. Consequently, it has to be extend in order to create a customized evaluation strategy.

Field Summary

Fields
Modifier and Type Field and Description

protected long evaluationStart

protected OptionModelController optionModelController

Fields
Modifier and Type	Field and Description
`protected long`	`evaluationStart`
`protected OptionModelController`	`optionModelController`

Constructor Summary

Constructors
Constructor and Description

AbstractEvaluationStrategy(OptionModelController optionModelController)
Instantiates a new AbstractEvaluationStrategy.

Constructors
Constructor and Description
`AbstractEvaluationStrategy(OptionModelController optionModelController)` Instantiates a new AbstractEvaluationStrategy.

Method Summary

All Methods Instance Methods Abstract Methods Concrete Methods
Modifier and Type	Method and Description
`Schedule`	`addStateToResults(TechnicalSystemStateEvaluation tsStateEval)` Adds the specified, final TechnicalSystemStateEvaluation state to the result list of the `EvaluationProcess` and returns the created `Schedule`.
`protected Schedule`	`addStateToResults(TechnicalSystemStateEvaluation tsStateEval, int priority)` Adds the specified, final TechnicalSystemStateEvaluation state to the result list of the `EvaluationProcess` and returns the created `Schedule`.
`protected void`	`calculateAndSetStateCosts(TechnicalSystemStateEvaluation tsse)` Invokes the calculation process for the state costs and sets the value in the specified `TechnicalSystemStateEvaluation`.
`protected TechnicalSystemStateEvaluation`	`convertToTechnicalSystemStateEvaluation(TechnicalSystemStateTime tsst)` Converts the specified `TechnicalSystemStateTime` or `TechnicalSystemState` into a `TechnicalSystemStateEvaluation`.
`protected EnergyAmount`	`copyEnergyAmount(EnergyAmount energyAmount)` Copies the specified energy amount into a new instance.
`protected EnergyFlowInWatt`	`copyEnergyFlowInWatt(EnergyFlowInWatt energyFlowInWatt)` Copies the specified energy flow in watt into a new instance.
`protected AbstractStorageLoad`	`copyStorageLoad(AbstractStorageLoad storageLoad)` Copies the specified `StorageLoadEnergy`.
`protected TechnicalSystemState`	`copyTechnicalSystemState(TechnicalSystemState tss)` Copies either the specified `TechnicalSystemState` or `TechnicalSystemStateEvaluation`.
`protected TechnicalSystemState`	`copyTechnicalSystemState(TechnicalSystemState tss, boolean copyParent)` Copies either the specified `TechnicalSystemState` or `TechnicalSystemStateEvaluation`.
`void`	`executeEvaluation()` Executes the customized evaluation process by calling the abstract method `runEvaluation()`.
`java.util.Vector<TechnicalSystemStateDeltaEvaluation>`	`getAllDeltaEvaluationsStartingFromTechnicalSystemState(TechnicalSystemStateEvaluation tsse)` Returns all subsequent delta evaluations for the next possible `TechnicalSystemState`'s.
`java.util.Vector<TechnicalSystemStateDeltaEvaluation>`	`getAllDeltaEvaluationsStartingFromTechnicalSystemState(TechnicalSystemStateEvaluation tsse, long predefinedDuration)` Returns all subsequent delta evaluations for the next possible `TechnicalSystemState`'s.
`java.util.Vector<TechnicalSystemStateDeltaEvaluation>`	`getAllDeltaEvaluationsStartingFromTechnicalSystemState(TechnicalSystemStateEvaluation tsse, long predefinedDuration, boolean isReCreateExistingEdges)` Returns all subsequent delta evaluations for the next possible `TechnicalSystemState`'s.
`protected java.util.Vector<TechnicalSystemState>`	`getAllPossibleSubsequentStatesByDefinition(TechnicalSystemState tss)` Returns all possible subsequent `TechnicalSystemState`'s that are reachable just by the definition of the `State`'s and the `SystemVariableDefinition` of the `TechnicalSystem`.
`protected java.util.Vector<TechnicalSystemState>`	`getAllPossibleSubsequentStatesByDefinition(TechnicalSystemState tss, long predefinedDuration)` Returns all possible subsequent `TechnicalSystemState`'s that are reachable just by the definition of the `State`'s and the `SystemVariableDefinition` of the `TechnicalSystem`.
`protected CostFunctionDataSeries`	`getCostFunctionHistory(java.lang.String domain, Connectivity connectivity)` Returns the actual `CostFunctionDataSeries` for the specified domain and the `Connectivity` of the current `CostModel`, regardless if this is a calculated or a discrete cost function.
`CostModel`	`getCostModel()` Returns the current `CostModel`.
`abstract java.util.Vector<javax.swing.JComponent>`	`getCustomToolBarElements()` Should return your custom tool bar elements for the evaluation.
`protected EnergyUnitFactorPrefixSI`	`getDefaultSIPrefix()` Returns the default SI prefix for the evaluation.
`protected TimeUnit`	`getDefaultTimeUnit()` Returns the default `TimeUnit` for the evaluation.
`long`	`getEndTime()` Returns the evaluation end time.
`EvaluationProcess`	`getEvaluationProcess()` Returns the current `EvaluationProcess`.
`ScheduleList`	`getEvaluationResults()` Returns the evaluation results as instance of a `ScheduleList`.
`EvaluationSettings`	`getEvaluationSettings()` Returns the current `EvaluationSettings`.
`java.lang.Thread`	`getEvaluationThread()` Returns the current `EvaluationThread`.
`EvaluationTimeRangeReminder`	`getEvaluationTimeRangeReminder()` Returns the `EvaluationTimeRangeReminder` that contains `CostFunctionDataSeries`'s and `InputMeasurement`'s for the current evaluation time range.
`protected TechnicalSystemStateEvaluation`	`getFirstTechnicalSystemStateEvaluationWithEqualState(TechnicalSystemStateEvaluation tsse)` Returns the first `TechnicalSystemStateEvaluation` with the same `State` as the specified one.
`protected EvaluationGraph`	`getGraphForDeltaCosts()` Returns the graph for delta costs.
`protected EvaluationGraph`	`getGraphForStateVariability()` Returns the graph for state variability.
`TechnicalSystemStateEvaluation`	`getInitialTechnicalSystemStateEvaluation()` Returns the initial `TechnicalSystemStateEvaluation` derived from the graph for costs over time, where the further evaluation has to start at.
`TechnicalSystemStateEvaluation`	`getNextTechnicalSystemStateEvaluation(TechnicalSystemStateEvaluation tsseOld, TechnicalSystemStateDeltaEvaluation tssDeltaEvaluation)` Applies, based on the specified old `TechnicalSystemStateDeltaEvaluation`, the given `TechnicalSystemStateDeltaEvaluation` and returns the resulting new `TechnicalSystemStateEvaluation`.
`NodeStatesResolver`	`getNodeStateResolver()` Gets the node state resolver.
`AbstractOptionModelCalculation`	`getOptionModelCalculation()` Returns the current OptionModelCalculation .
`long`	`getStartTime()` Returns the evaluation start time.
`protected long`	`getStateDurationFromTechnicalSystemState(TechnicalSystemState tss)` Derives the state duration (in milliseconds) from a technical system state (with the current option model controller).
`protected TechnicalInterfaceConfiguration`	`getTechnicalInterfaceConfiguration()` Gets the technical interface configuration derived by the initial TechnicalSystemState.
`boolean`	`hasStateCostFunction()` Checks for a defined state cost function.
`protected boolean`	`isAvailableOptionModelCalculation()` Checks if the systems defined option model calculation is available.
`protected boolean`	`isConstantStateSinceGlobalTime(TechnicalSystemStateEvaluation tsse, long globalTimeSince)` Checks if the specified `TechnicalSystemStateEvaluation` is in a row of constant `State`'s since the specified global time.
`protected boolean`	`isEnabledPrintToConsole()` Checks if prints to the console are enabled or not.
`boolean`	`isRealTimeStrategyOrPartOfRealTimeStrategy()` Checks if the current strategy is a real time strategy or part of real time strategy (e.g. a `MemberEvaluationStrategy` that is used by a `AbstractGroupEvaluationStrategyRT`).
`protected boolean`	`isStopEvaluation()` Checks if the evaluation is to stop now.
`void`	`print(java.lang.String message, boolean isError)` Prints the specified message or error to the console, if they are enabled.
`void`	`printlnGlobalTime(long timeToPrint, java.lang.String prefixText, java.lang.String suffixText)` Prints the specified global time.
`void`	`printlnGlobalTime(long timeToPrint, java.lang.String pattern, java.lang.String prefixText, java.lang.String suffixText)` Prints the specified global time.
`protected void`	`recursivelyCreateEvaluationGraphForCostsOverTime()` Recursively creates the evaluation graph for costs over time starting from the initial `TechnicalSystemStateEvaluation` to the end of the evaluation period.
`protected void`	`recursivelyCreateEvaluationGraphForCostsOverTime(TechnicalSystemStateEvaluation tsseStart, long timeToStop)` Recursively creates the evaluation graph for costs over time starting from the specified `TechnicalSystemStateEvaluation` to the specified end time.
`void`	`resetInitialTechnicalSystemStateEvaluation()` Reset initial technical system state evaluation.
`TechnicalSystemStateEvaluation`	`resetScheduleAndCalculationsStartingFrom(TechnicalSystemStateEvaluation tsseSchedule, long pointInTime)` /** Resets the local schedule and the calculations starting from the specified point in time.
`abstract void`	`runEvaluation()` Runs the customized evaluation process.
`void`	`setEnablePrintToConsole(boolean enablePrintToConsole)` Sets the prints to the console enabled or not.
`void`	`setEvaluationThread(java.lang.Thread currentEvaluationThread)` Sets the reference to the current `EvaluationThread`.
`protected void`	`setGraphForDeltaCosts(EvaluationGraph newGraphForEvaluationByDeltaCosts)` Sets the graph for delta costs.
`protected void`	`setGraphForStateVariability(EvaluationGraph newGraphForStateVariability)` Sets the graph for state variability.
`void`	`setInitialTechnicalSystemStateEvaluation(TechnicalSystemStateEvaluation newInitialTechnicalSystemStateEvaluation)` Sets the initial technical system state evaluation.
`void`	`stopEvaluation()` Sets to stop the current evaluation.

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Field Detail
  - optionModelController
```
protected OptionModelController optionModelController
```
  - evaluationStart
```
protected long evaluationStart
```
- Constructor Detail
  - AbstractEvaluationStrategy
```
public AbstractEvaluationStrategy(OptionModelController optionModelController)
```
    Instantiates a new AbstractEvaluationStrategy.
    
    Parameters:
    
    optionModelController - the option model controller
- Method Detail
  - isAvailableOptionModelCalculation
```
protected boolean isAvailableOptionModelCalculation()
```
    Checks if the systems defined option model calculation is available.
    
    Returns:
    
    true, if the option model calculation is available
  - getOptionModelCalculation
```
public AbstractOptionModelCalculation getOptionModelCalculation()
```
    Returns the current OptionModelCalculation .
    
    Returns:
    
    the option model calculation
  - getNodeStateResolver
```
public NodeStatesResolver getNodeStateResolver()
```
    Gets the node state resolver.
    
    Returns:
    
    the node state resolver
  - setEvaluationThread
```
public void setEvaluationThread(java.lang.Thread currentEvaluationThread)
```
    Sets the reference to the current EvaluationThread.
    
    Parameters:
    
    currentEvaluationThread - the evaluation thread used within this instance of the evaluation strategy
  - getEvaluationThread
```
public java.lang.Thread getEvaluationThread()
```
    Returns the current EvaluationThread.
    
    Returns:
    
    the my evaluation thread
  - getEvaluationProcess
```
public EvaluationProcess getEvaluationProcess()
```
    Returns the current EvaluationProcess.
    
    Returns:
    
    the evaluationProcess
  - getEvaluationResults
```
public ScheduleList getEvaluationResults()
```
    Returns the evaluation results as instance of a ScheduleList.
    
    Returns:
    
    the evaluation results
  - getEvaluationSettings
```
public EvaluationSettings getEvaluationSettings()
```
    Returns the current EvaluationSettings.
    
    Returns:
    
    the evaluation settings
  - getCostModel
```
public CostModel getCostModel()
```
    Returns the current CostModel.
    
    Returns:
    
    the cost model
  - hasStateCostFunction
```
public boolean hasStateCostFunction()
```
    Checks for a defined state cost function.
    
    Returns:
    
    true, if a state cost function is defined
  - getCostFunctionHistory
```
protected CostFunctionDataSeries getCostFunctionHistory(java.lang.String domain,
                                                        Connectivity connectivity)
```
    Returns the actual CostFunctionDataSeries for the specified domain and the Connectivity of the current CostModel, regardless if this is a calculated or a discrete cost function.
    
    Parameters:
    
    domain - the domain
    
    connectivity - the connectivity
    
    Returns:
    
    the cost functions
  - getDefaultSIPrefix
```
protected EnergyUnitFactorPrefixSI getDefaultSIPrefix()
```
    Returns the default SI prefix for the evaluation.
    
    Returns:
    
    the default SI prefix
  - getDefaultTimeUnit
```
protected TimeUnit getDefaultTimeUnit()
```
    Returns the default TimeUnit for the evaluation.
    
    Returns:
    
    the default time unit
  - getInitialTechnicalSystemStateEvaluation
```
public TechnicalSystemStateEvaluation getInitialTechnicalSystemStateEvaluation()
```
    Returns the initial TechnicalSystemStateEvaluation derived from the graph for costs over time, where the further evaluation has to start at. This considers also the case that an initial TechnicalSystemState was configured whose state time (see TechnicalSystemState.getStateTime()) is smaller than the duration of the state (see State.getDuration()).
    
    Returns:
    
    the initial TechnicalSystemStateEvaluation, where the further evaluation has to start at.
  - setInitialTechnicalSystemStateEvaluation
```
public void setInitialTechnicalSystemStateEvaluation(TechnicalSystemStateEvaluation newInitialTechnicalSystemStateEvaluation)
```
    Sets the initial technical system state evaluation.
    
    Parameters:
    
    newInitialTechnicalSystemStateEvaluation - the new initial technical system state evaluation
  - resetInitialTechnicalSystemStateEvaluation
```
public void resetInitialTechnicalSystemStateEvaluation()
```
    Reset initial technical system state evaluation.
  - resetScheduleAndCalculationsStartingFrom
```
public TechnicalSystemStateEvaluation resetScheduleAndCalculationsStartingFrom(TechnicalSystemStateEvaluation tsseSchedule,
                                                                               long pointInTime)
```
    /** Resets the local schedule and the calculations starting from the specified point in time.
    
    Parameters:
    
    tsseSchedule - the TechnicalSystemStateEvaluation that represents the schedule
    
    pointInTime - the point in time from which all results have to be removed
  - getStartTime
```
public long getStartTime()
```
    Returns the evaluation start time.
    
    Returns:
    
    the startTime
  - getEndTime
```
public long getEndTime()
```
    Returns the evaluation end time.
    
    Returns:
    
    the endTime
  - getEvaluationTimeRangeReminder
```
public EvaluationTimeRangeReminder getEvaluationTimeRangeReminder()
```
    Returns the EvaluationTimeRangeReminder that contains CostFunctionDataSeries's and InputMeasurement's for the current evaluation time range. In order to accelerate the evaluation, it is strongly recommended to use this method for accessing InputMeasurement's and CostFunctionDataSeries's!
    
    Returns:
    
    the evaluation time range reminder
  - getTechnicalInterfaceConfiguration
```
protected TechnicalInterfaceConfiguration getTechnicalInterfaceConfiguration()
```
    Gets the technical interface configuration derived by the initial TechnicalSystemState.
    
    Returns:
    
    the technical interface configuration
  - copyTechnicalSystemState
```
protected TechnicalSystemState copyTechnicalSystemState(TechnicalSystemState tss)
```
    Copies either the specified TechnicalSystemState or TechnicalSystemStateEvaluation.
    
    Parameters:
    
    tss - the actual TechnicalSystemState or TechnicalSystemStateEvaluation to copy
    
    Returns:
    
    the copy of the TechnicalSystemState or TechnicalSystemStateEvaluation
  - copyTechnicalSystemState
```
protected TechnicalSystemState copyTechnicalSystemState(TechnicalSystemState tss,
                                                        boolean copyParent)
```
    Copies either the specified TechnicalSystemState or TechnicalSystemStateEvaluation.
    
    Parameters:
    
    tss - the actual TechnicalSystemState or TechnicalSystemStateEvaluation to copy
    
    copyParent - set true, if the parent of a TechnicalSystemStateEvaluation should be copied too
    
    Returns:
    
    the copy of the TechnicalSystemState or TechnicalSystemStateEvaluation
  - convertToTechnicalSystemStateEvaluation
```
protected TechnicalSystemStateEvaluation convertToTechnicalSystemStateEvaluation(TechnicalSystemStateTime tsst)
```
    Converts the specified TechnicalSystemStateTime or TechnicalSystemState into a TechnicalSystemStateEvaluation.
    
    Parameters:
    
    tsst - the TechnicalSystemStateTime
    
    Returns:
    
    the TechnicalSystemStateEvaluation
  - copyEnergyFlowInWatt
```
protected EnergyFlowInWatt copyEnergyFlowInWatt(EnergyFlowInWatt energyFlowInWatt)
```
    Copies the specified energy flow in watt into a new instance.
    
    Parameters:
    
    energyFlowInWatt - the energy flow in watt
    
    Returns:
    
    the energy flow in watt
  - copyEnergyAmount
```
protected EnergyAmount copyEnergyAmount(EnergyAmount energyAmount)
```
    Copies the specified energy amount into a new instance.
    
    Parameters:
    
    energyAmount - the energy amount
    
    Returns:
    
    the energy amount
  - copyStorageLoad
```
protected AbstractStorageLoad copyStorageLoad(AbstractStorageLoad storageLoad)
```
    Copies the specified StorageLoadEnergy.
    
    Parameters:
    
    storageLoad - the storage loads instance to copy
    
    Returns:
    
    the storage loads
  - addStateToResults
```
public Schedule addStateToResults(TechnicalSystemStateEvaluation tsStateEval)
```
    Adds the specified, final TechnicalSystemStateEvaluation state to the result list of the EvaluationProcess and returns the created Schedule.
    
    Parameters:
    
    tsStateEval - the TechnicalSystemStateEvaluation
    
    Returns:
    
    the Schedule
    
    See Also:
    
    EvaluationProcess.addEvaluationResult(Schedule)
  - addStateToResults
```
protected Schedule addStateToResults(TechnicalSystemStateEvaluation tsStateEval,
                                     int priority)
```
    Adds the specified, final TechnicalSystemStateEvaluation state to the result list of the EvaluationProcess and returns the created Schedule.
    
    Parameters:
    
    tsStateEval - the TechnicalSystemStateEvaluation
    
    priority - the priority of the result
    
    Returns:
    
    the Schedule
    
    See Also:
    
    EvaluationProcess.addEvaluationResult(Schedule)
  - isRealTimeStrategyOrPartOfRealTimeStrategy
```
public boolean isRealTimeStrategyOrPartOfRealTimeStrategy()
```
    Checks if the current strategy is a real time strategy or part of real time strategy (e.g. a MemberEvaluationStrategy that is used by a AbstractGroupEvaluationStrategyRT).
    
    Returns:
    
    true, if is real time strategy or part of real time strategy
  - getCustomToolBarElements
```
public abstract java.util.Vector<javax.swing.JComponent> getCustomToolBarElements()
```
    Should return your custom tool bar elements for the evaluation.
    
    Returns:
    
    the custom tool bar elements
  - runEvaluation
```
public abstract void runEvaluation()
```
    Runs the customized evaluation process.
  - executeEvaluation
```
public void executeEvaluation()
```
    Executes the customized evaluation process by calling the abstract method runEvaluation(). This method contains also a try catch block in order to prevent faulty configurations and blocking of further executions and functions.
  - stopEvaluation
```
public void stopEvaluation()
```
    Sets to stop the current evaluation.
  - isStopEvaluation
```
protected boolean isStopEvaluation()
```
    Checks if the evaluation is to stop now.
    
    Returns:
    
    true, if the evaluation is to stop now
  - print
```
public void print(java.lang.String message,
                  boolean isError)
```
    Prints the specified message or error to the console, if they are enabled.
    
    Parameters:
    
    message - the message
    
    isError - the is error
    
    See Also:
    
    isEnabledPrintToConsole(), setEnablePrintToConsole(boolean)
  - setEnablePrintToConsole
```
public void setEnablePrintToConsole(boolean enablePrintToConsole)
```
    Sets the prints to the console enabled or not.
    
    Parameters:
    
    enablePrintToConsole - the new prints the to console
    
    See Also:
    
    print(String, boolean)
  - isEnabledPrintToConsole
```
protected boolean isEnabledPrintToConsole()
```
    Checks if prints to the console are enabled or not.
    
    Returns:
    
    true, if prints to the console are enabled
    
    See Also:
    
    print(String, boolean)
  - getGraphForStateVariability
```
protected EvaluationGraph getGraphForStateVariability()
```
    Returns the graph for state variability.
    
    Returns:
    
    the graph for state variability
  - setGraphForStateVariability
```
protected void setGraphForStateVariability(EvaluationGraph newGraphForStateVariability)
```
    Sets the graph for state variability.
    
    Parameters:
    
    newGraphForStateVariability - the new graph for state variability
  - getAllPossibleSubsequentStatesByDefinition
```
protected java.util.Vector<TechnicalSystemState> getAllPossibleSubsequentStatesByDefinition(TechnicalSystemState tss)
```
    Returns all possible subsequent TechnicalSystemState's that are reachable just by the definition of the State's and the SystemVariableDefinition of the TechnicalSystem.
    In detail: Starting from the actual State the possible StateTransition's will be considered as well as the variations that are defined with the RangeVariable's in the actual State.
    Warning: Restrictions that are related to minimal and maximal Duration's of StateTransition's or loads of storages will not be considered here!
    
    Parameters:
    
    tss - the current TechnicalSystemState
    
    Returns:
    
    the Vector of all subsequent states by definition
    
    See Also:
    
    State.getStateTransitions(), State.getStateEvaluationRanges(), RangeVariable, RangeBoolean, RangeInteger, RangeDouble
  - getAllPossibleSubsequentStatesByDefinition
```
protected java.util.Vector<TechnicalSystemState> getAllPossibleSubsequentStatesByDefinition(TechnicalSystemState tss,
                                                                                            long predefinedDuration)
```
    Returns all possible subsequent TechnicalSystemState's that are reachable just by the definition of the State's and the SystemVariableDefinition of the TechnicalSystem.
    In detail: Starting from the actual State the possible StateTransition's will be considered as well as the variations that are defined with the RangeVariable's in the actual State.
    Warning: Restrictions that are related to minimal and maximal Duration's of StateTransition's or loads of storages will not be considered here!
    
    Parameters:
    
    tss - the current TechnicalSystemState
    
    predefinedDuration - the predefined duration
    
    Returns:
    
    the Vector of all subsequent states by definition
    
    See Also:
    
    State.getStateTransitions(), State.getStateEvaluationRanges(), RangeVariable, RangeBoolean, RangeInteger, RangeDouble
  - getGraphForDeltaCosts
```
protected EvaluationGraph getGraphForDeltaCosts()
```
    Returns the graph for delta costs.
    
    Returns:
    
    the graph for delta costs
  - setGraphForDeltaCosts
```
protected void setGraphForDeltaCosts(EvaluationGraph newGraphForEvaluationByDeltaCosts)
```
    Sets the graph for delta costs.
    
    Parameters:
    
    newGraphForEvaluationByDeltaCosts - the new graph for delta costs
  - getAllDeltaEvaluationsStartingFromTechnicalSystemState
```
public java.util.Vector<TechnicalSystemStateDeltaEvaluation> getAllDeltaEvaluationsStartingFromTechnicalSystemState(TechnicalSystemStateEvaluation tsse)
```
    Returns all subsequent delta evaluations for the next possible TechnicalSystemState's.
    
    Parameters:
    
    tsse - the TechnicalSystemStateEvaluation
    
    Returns:
    
    the all possible subsequent delta evaluations
  - getAllDeltaEvaluationsStartingFromTechnicalSystemState
```
public java.util.Vector<TechnicalSystemStateDeltaEvaluation> getAllDeltaEvaluationsStartingFromTechnicalSystemState(TechnicalSystemStateEvaluation tsse,
                                                                                                                    long predefinedDuration)
```
    Returns all subsequent delta evaluations for the next possible TechnicalSystemState's.
    
    Parameters:
    
    tsse - the TechnicalSystemStateEvaluation
    
    predefinedDuration - the predefined duration in milliseconds that is to be used for the next steps
    
    Returns:
    
    the all possible subsequent delta evaluations
  - getAllDeltaEvaluationsStartingFromTechnicalSystemState
```
public java.util.Vector<TechnicalSystemStateDeltaEvaluation> getAllDeltaEvaluationsStartingFromTechnicalSystemState(TechnicalSystemStateEvaluation tsse,
                                                                                                                    long predefinedDuration,
                                                                                                                    boolean isReCreateExistingEdges)
```
    Returns all subsequent delta evaluations for the next possible TechnicalSystemState's.
    
    Parameters:
    
    tsse - the TechnicalSystemStateEvaluation
    
    predefinedDuration - the predefined duration in milliseconds that is to be used for the next steps
    
    isReCreateExistingEdges - set true, if available edges should be recreated
    
    Returns:
    
    the all possible subsequent delta evaluations
  - getNextTechnicalSystemStateEvaluation
```
public TechnicalSystemStateEvaluation getNextTechnicalSystemStateEvaluation(TechnicalSystemStateEvaluation tsseOld,
                                                                            TechnicalSystemStateDeltaEvaluation tssDeltaEvaluation)
```
    Applies, based on the specified old TechnicalSystemStateDeltaEvaluation, the given TechnicalSystemStateDeltaEvaluation and returns the resulting new TechnicalSystemStateEvaluation.
    
    Parameters:
    
    tsseOld - the initial/old TechnicalSystemStateDeltaEvaluation
    
    tssDeltaEvaluation - the TechnicalSystemStateDeltaEvaluation to apply
    
    Returns:
    
    the next/new TechnicalSystemStateEvaluation
  - recursivelyCreateEvaluationGraphForCostsOverTime
```
protected void recursivelyCreateEvaluationGraphForCostsOverTime()
```
    Recursively creates the evaluation graph for costs over time starting from the initial TechnicalSystemStateEvaluation to the end of the evaluation period.
    
    See Also:
    
    getEndTime(), getInitialTechnicalSystemStateEvaluation(), EvaluationSettings, EvaluationSettings.getEvaluationStateList()
  - recursivelyCreateEvaluationGraphForCostsOverTime
```
protected void recursivelyCreateEvaluationGraphForCostsOverTime(TechnicalSystemStateEvaluation tsseStart,
                                                                long timeToStop)
```
    Recursively creates the evaluation graph for costs over time starting from the specified TechnicalSystemStateEvaluation to the specified end time.
    
    Parameters:
    
    tsseStart - the TechnicalSystemStateEvaluation to start at
    
    timeToStop - the time to stop with the creation of the graph
  - getFirstTechnicalSystemStateEvaluationWithEqualState
```
protected TechnicalSystemStateEvaluation getFirstTechnicalSystemStateEvaluationWithEqualState(TechnicalSystemStateEvaluation tsse)
```
    Returns the first TechnicalSystemStateEvaluation with the same State as the specified one.
    
    Parameters:
    
    tsse - the TechnicalSystemStateEvaluation
    
    Returns:
    
    the first technical system state evaluation with an equal State
    
    See Also:
    
    TechnicalSystemStateEvaluation, TechnicalSystemStateEvaluation.getParent()
  - getStateDurationFromTechnicalSystemState
```
protected long getStateDurationFromTechnicalSystemState(TechnicalSystemState tss)
```
    Derives the state duration (in milliseconds) from a technical system state (with the current option model controller).
    
    Parameters:
    
    tss - the technical system state
    
    Returns:
    
    the duration of the TechnicalSystemState's state as milliseconds
  - isConstantStateSinceGlobalTime
```
protected boolean isConstantStateSinceGlobalTime(TechnicalSystemStateEvaluation tsse,
                                                 long globalTimeSince)
```
    Checks if the specified TechnicalSystemStateEvaluation is in a row of constant State's since the specified global time. This method can be used in order to check if a minimum duration for a StateTransition is expired or not;
    
    Parameters:
    
    tsse - the TechnicalSystemStateEvaluation
    
    globalTimeSince - the global time since
    
    Returns:
    
    true, if is constant state since global time
    
    See Also:
    
    TechnicalSystemStateEvaluation.getParent()
  - calculateAndSetStateCosts
```
protected void calculateAndSetStateCosts(TechnicalSystemStateEvaluation tsse)
```
    Invokes the calculation process for the state costs and sets the value in the specified TechnicalSystemStateEvaluation.
    
    Parameters:
    
    tsse - the TechnicalSystemStateEvaluation, where the state costs should be set
  - printlnGlobalTime
```
public void printlnGlobalTime(long timeToPrint,
                              java.lang.String prefixText,
                              java.lang.String suffixText)
```
    Prints the specified global time.
    
    Parameters:
    
    timeToPrint - the time to print
    
    prefixText - the prefix text
    
    suffixText - the suffix text
  - printlnGlobalTime
```
public void printlnGlobalTime(long timeToPrint,
                              java.lang.String pattern,
                              java.lang.String prefixText,
                              java.lang.String suffixText)
```
    Prints the specified global time.
    
    Parameters:
    
    timeToPrint - the time to print
    
    pattern - the pattern
    
    prefixText - the prefix text
    
    suffixText - the suffix text

Class AbstractEvaluationStrategy

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

optionModelController

evaluationStart

Constructor Detail

AbstractEvaluationStrategy

Method Detail

isAvailableOptionModelCalculation

getOptionModelCalculation

getNodeStateResolver

setEvaluationThread

getEvaluationThread

getEvaluationProcess

getEvaluationResults

getEvaluationSettings

getCostModel

hasStateCostFunction

getCostFunctionHistory

getDefaultSIPrefix

getDefaultTimeUnit

getInitialTechnicalSystemStateEvaluation

setInitialTechnicalSystemStateEvaluation

resetInitialTechnicalSystemStateEvaluation

resetScheduleAndCalculationsStartingFrom

getStartTime

getEndTime

getEvaluationTimeRangeReminder

getTechnicalInterfaceConfiguration

copyTechnicalSystemState

copyTechnicalSystemState

convertToTechnicalSystemStateEvaluation

copyEnergyFlowInWatt

copyEnergyAmount

copyStorageLoad

addStateToResults

addStateToResults

isRealTimeStrategyOrPartOfRealTimeStrategy

getCustomToolBarElements

runEvaluation

executeEvaluation

stopEvaluation

isStopEvaluation

print

setEnablePrintToConsole

isEnabledPrintToConsole

getGraphForStateVariability

setGraphForStateVariability

getAllPossibleSubsequentStatesByDefinition

getAllPossibleSubsequentStatesByDefinition

getGraphForDeltaCosts

setGraphForDeltaCosts

getAllDeltaEvaluationsStartingFromTechnicalSystemState

getAllDeltaEvaluationsStartingFromTechnicalSystemState

getAllDeltaEvaluationsStartingFromTechnicalSystemState

getNextTechnicalSystemStateEvaluation

recursivelyCreateEvaluationGraphForCostsOverTime

recursivelyCreateEvaluationGraphForCostsOverTime

getFirstTechnicalSystemStateEvaluationWithEqualState

getStateDurationFromTechnicalSystemState

isConstantStateSinceGlobalTime

calculateAndSetStateCosts

printlnGlobalTime

printlnGlobalTime