Returns a double precision vector of length tpoints[tpoints.Length-1]-tpoints[0]+1 containing the observed values in the time series z plus estimates for missing values in gaps identified in tpoints.

Namespace: Imsl.Stat
Assembly: ImslCS (in ImslCS.dll) Version: 6.5.0.0

Syntax

C#
public double[] GetCompleteTimeSeries()
Visual Basic (Declaration)
Public Function GetCompleteTimeSeries As Double()
Visual C++
public:
array<double>^ GetCompleteTimeSeries()

Return Value

A double array of length tpoints[tpoints.Length-1]-tpoints[0]+1 containing the observed values in the time series z plus estimates for missing values in gaps identified in tpoints.

Exceptions

ExceptionCondition
Imsl.Stat..::.SingularTriangularMatrixException is thrown if the input matrix to ARAutoUnivariate is singular. This can only occur with estimation method AR_p.
Imsl.Stat..::.MatrixSingularException is thrown if the input matrix is singular.
Imsl.Stat..::.TooManyCallsException is thrown if the number of calls to the function has exceeded the maximum number of iterations times the number of moving average (MA) parameters + 1.
Imsl.Stat..::.IncreaseErrRelException is thrown if the bound for the relative error is too small.
Imsl.Stat..::.NewInitialGuessException is thrown if the iteration has not made good progress.
Imsl.Stat..::.IllConditionedException is thrown if the problem is ill-conditioned.
Imsl.Stat..::.TooManyIterationsException is thrown if the maximum number of iterations is exceeded.
Imsl.Stat..::.TooManyFunctionEvaluationsException is thrown if the maximum number of function evaluations is exceeded.
Imsl.Stat..::.TooManyJacobianEvalException is thrown if the maximum number of Jacobian evaluations is exceeded.
Imsl.Stat..::.NonStationaryException is thrown if the final maximum likelihood estimates for the time series are nonstationary.

See Also