Package jsl.simulation

Interface ExperimentGetIfc

    • Method Detail

      • getExperimentName

        java.lang.String getExperimentName()
        Gets the name.
        Returns:
        The name of object.

      • getExperimentId

        long getExperimentId()
        Returns the id for this object
        Returns:
        the id

      • getAdvanceNextSubStreamOption

        boolean getAdvanceNextSubStreamOption()
        Gets the reset next substream option. The reset next sub stream option This option indicates whether or not the random variables used during the replication within the experiment will be reset to their next substream after running each replication. The default is TRUE. This ensures that the random variables will jump to the next substream within their current stream at the end of a replication. This will cause the random variables in each subsequent replication to start in the same substream in the underlying random number streams if the replication is repeatedly used and the ResetStartStreamOption is set to false (which is the default). Otherwise, this option really has no effect if there is only 1 replication in an experiment. and then jump to the next substream (if this option is on). Having this option true assists in synchronizing the random number draws from one replication to another aiding in the implementation of common random numbers. Each replication within the same experiment is still independent but each replication will start in the same place (across experiments).
        Returns:
        true means the option is on

      • getNumberOfStreamAdvancesPriorToRunning

        int getNumberOfStreamAdvancesPriorToRunning()
        Returns the number of times that the streams should be advanced prior to running the experiment
        Returns:
        number of streams to advance

      • getAntitheticOption

        boolean getAntitheticOption()
        Returns whether or not the antithetic option is turned on. True means that it has been turned on.
        Returns:
        true if option is on

      • getCurrentReplicationNumber

        int getCurrentReplicationNumber()
        Returns the current number of replications completed
        Returns:
        the number as a double

      • getGarbageCollectAfterReplicationFlag

        boolean getGarbageCollectAfterReplicationFlag()
        Indicates whether or not System.gc() should be called after each replication
        Returns:
        true if option is on

      • getLengthOfReplication

        double getLengthOfReplication()
        Returns the length of the replication as a double
        Returns:
        the length of the replication

      • getLengthOfWarmUp

        double getLengthOfWarmUp()
        Gets the length of the warm up for each replication with this experiment
        Returns:
        the the length of the warm up

      • getMaximumAllowedExecutionTimePerReplication

        long getMaximumAllowedExecutionTimePerReplication()
        Returns maximum (real) clock time allocated for the iterative process
        Returns:
        the number as long representing milliseconds

      • getNumberOfReplications

        int getNumberOfReplications()
        Returns the number of replications to run
        Returns:
        the number as a double

      • getReplicationInitializationOption

        boolean getReplicationInitializationOption()
        Returns the setting for whether or not each replication will be reinitialized prior to running.
        Returns:
        true means that each replication will be initialized

      • getResetStartStreamOption

        boolean getResetStartStreamOption()
        Gets the reset start stream option. The reset start stream option This option indicates whether or not the random variables used during the experiment will be reset to their starting stream prior to running the first replication. The default is FALSE. This ensures that the random variable's streams WILL NOT be reset prior to running the experiment. This will cause different experiments or the same experiment run multiple times that use the same random variables (via the same model) to continue within their current stream. Therefore the experiments will be independent when invoked within the same program execution. To get common random number (CRN), run the experiments in different program executions OR set this option to true prior to running the experiment again within the same program invocation.
        Returns:
        true means the option is on

      • hasMoreReplications

        boolean hasMoreReplications()
        Checks if the current number of replications that have been executed is less than the number of replications specified.
        Returns:
        true if more