ControlCharts.IndividualsMovingRange Method

Definition

Namespace: Numerics.NET.Statistics.ProcessControl
Assembly: Numerics.NET (in Numerics.NET.dll) Version: 10.4.0

Overload List

IndividualsMovingRange(ReadOnlySpan<Double>, StandardBaseline)	Computes an Individuals–Moving Range chart set from a span of observations in Phase II mode, evaluating against a frozen baseline from a prior Phase I analysis.
IndividualsMovingRange(Vector<Double>, StandardBaseline)	Computes an Individuals–Moving Range chart set from a vector of observations in Phase II mode, evaluating against a frozen baseline from a prior Phase I analysis.
IndividualsMovingRange(ReadOnlySpan<Double>, Int32, SigmaEstimator)	Computes an Individuals–Moving Range chart set from a span of observations.
IndividualsMovingRange(Vector<Double>, Int32, SigmaEstimator)	Computes an Individuals–Moving Range chart set from a vector of observations.

IndividualsMovingRange(ReadOnlySpan<Double>, StandardBaseline)

Computes an Individuals–Moving Range chart set from a span of observations in Phase II mode, evaluating against a frozen baseline from a prior Phase I analysis.

public static IndividualsMovingRangeChartSetData IndividualsMovingRange(
	ReadOnlySpan<double> observations,
	StandardBaseline baseline
)

Visual Basic

Public Shared Function IndividualsMovingRange ( 
	observations As ReadOnlySpan(Of Double),
	baseline As StandardBaseline
) As IndividualsMovingRangeChartSetData

C++/CLI

public:
static IndividualsMovingRangeChartSetData^ IndividualsMovingRange(
	ReadOnlySpan<double> observations, 
	StandardBaseline^ baseline
)

static member IndividualsMovingRange : 
        observations : ReadOnlySpan<float> * 
        baseline : StandardBaseline -> IndividualsMovingRangeChartSetData

Parameters

observations ReadOnlySpan<Double>: The new batch of individual observations to evaluate.
baseline StandardBaseline: The frozen Phase I baseline to evaluate against.

Return Value

IndividualsMovingRangeChartSetData
The chart-ready data for the Individuals–MR chart set, computed from observations against the frozen limits in baseline.

Exceptions

ArgumentNullException	baseline is null.
ArgumentException	The input is empty, too short for the baseline's moving range width, or contains non-finite values.

IndividualsMovingRange(Vector<Double>, StandardBaseline)

Computes an Individuals–Moving Range chart set from a vector of observations in Phase II mode, evaluating against a frozen baseline from a prior Phase I analysis.

public static IndividualsMovingRangeChartSetData IndividualsMovingRange(
	Vector<double> observations,
	StandardBaseline baseline
)

Visual Basic

Public Shared Function IndividualsMovingRange ( 
	observations As Vector(Of Double),
	baseline As StandardBaseline
) As IndividualsMovingRangeChartSetData

C++/CLI

public:
static IndividualsMovingRangeChartSetData^ IndividualsMovingRange(
	Vector<double>^ observations, 
	StandardBaseline^ baseline
)

static member IndividualsMovingRange : 
        observations : Vector<float> * 
        baseline : StandardBaseline -> IndividualsMovingRangeChartSetData

Parameters

observations Vector<Double>: The new batch of individual observations to evaluate.
baseline StandardBaseline: The frozen Phase I baseline to evaluate against.

Return Value

IndividualsMovingRangeChartSetData
The chart-ready data for the Individuals–MR chart set, computed from observations against the frozen limits in baseline.

Exceptions

ArgumentNullException	observations or baseline is null.
ArgumentException	The input is empty, too short for the baseline's moving range width, or contains non-finite values.

IndividualsMovingRange(ReadOnlySpan<Double>, Int32, SigmaEstimator)

Computes an Individuals–Moving Range chart set from a span of observations.

public static IndividualsMovingRangeChartSetData IndividualsMovingRange(
	ReadOnlySpan<double> observations,
	int movingRangeWidth = 2,
	SigmaEstimator sigmaEstimator = SigmaEstimator.MovingRange
)

Visual Basic

Public Shared Function IndividualsMovingRange ( 
	observations As ReadOnlySpan(Of Double),
	Optional movingRangeWidth As Integer = 2,
	Optional sigmaEstimator As SigmaEstimator = SigmaEstimator.MovingRange
) As IndividualsMovingRangeChartSetData

C++/CLI

public:
static IndividualsMovingRangeChartSetData^ IndividualsMovingRange(
	ReadOnlySpan<double> observations, 
	int movingRangeWidth = 2, 
	SigmaEstimator sigmaEstimator = SigmaEstimator::MovingRange
)

static member IndividualsMovingRange : 
        observations : ReadOnlySpan<float> * 
        ?movingRangeWidth : int * 
        ?sigmaEstimator : SigmaEstimator 
(* Defaults:
        let _movingRangeWidth = defaultArg movingRangeWidth 2
        let _sigmaEstimator = defaultArg sigmaEstimator SigmaEstimator.MovingRange
*)
-> IndividualsMovingRangeChartSetData

Parameters

observations ReadOnlySpan<Double>: The ordered sequence of individual observations.
movingRangeWidth Int32 (Optional): The width of the moving range window. Must be at least 2. Defaults to 2.
sigmaEstimator SigmaEstimator (Optional): The estimator used to compute sigma. Defaults to MovingRange.

Return Value

IndividualsMovingRangeChartSetData
The chart-ready data for the Individuals–MR chart set.

Exceptions

ArgumentException	The input is empty, too short, contains non-finite values, or the estimator is incompatible with individuals data.
ArgumentOutOfRangeException	movingRangeWidth is less than 2.

IndividualsMovingRange(Vector<Double>, Int32, SigmaEstimator)

Computes an Individuals–Moving Range chart set from a vector of observations.

public static IndividualsMovingRangeChartSetData IndividualsMovingRange(
	Vector<double> observations,
	int movingRangeWidth = 2,
	SigmaEstimator sigmaEstimator = SigmaEstimator.MovingRange
)

Visual Basic

Public Shared Function IndividualsMovingRange ( 
	observations As Vector(Of Double),
	Optional movingRangeWidth As Integer = 2,
	Optional sigmaEstimator As SigmaEstimator = SigmaEstimator.MovingRange
) As IndividualsMovingRangeChartSetData

C++/CLI

public:
static IndividualsMovingRangeChartSetData^ IndividualsMovingRange(
	Vector<double>^ observations, 
	int movingRangeWidth = 2, 
	SigmaEstimator sigmaEstimator = SigmaEstimator::MovingRange
)

static member IndividualsMovingRange : 
        observations : Vector<float> * 
        ?movingRangeWidth : int * 
        ?sigmaEstimator : SigmaEstimator 
(* Defaults:
        let _movingRangeWidth = defaultArg movingRangeWidth 2
        let _sigmaEstimator = defaultArg sigmaEstimator SigmaEstimator.MovingRange
*)
-> IndividualsMovingRangeChartSetData

Parameters

observations Vector<Double>: The ordered sequence of individual observations.
movingRangeWidth Int32 (Optional): The width of the moving range window. Must be at least 2. Defaults to 2.
sigmaEstimator SigmaEstimator (Optional): The estimator used to compute sigma. Must be MovingRange or OverallStandardDeviation. Defaults to MovingRange.

Return Value

IndividualsMovingRangeChartSetData
The chart-ready data for the Individuals–MR chart set.

Exceptions

ArgumentNullException	observations is null.
ArgumentException	The input is empty, too short, contains non-finite values, or the estimator is incompatible with individuals data.
ArgumentOutOfRangeException	movingRangeWidth is less than 2.

ControlCharts.IndividualsMovingRange Method

Definition

Overload List

IndividualsMovingRange(ReadOnlySpan<Double>, StandardBaseline)

Parameters

Return Value

Exceptions

IndividualsMovingRange(Vector<Double>, StandardBaseline)

Parameters

Return Value

Exceptions

IndividualsMovingRange(ReadOnlySpan<Double>, Int32, SigmaEstimator)

Parameters

Return Value

Exceptions

IndividualsMovingRange(Vector<Double>, Int32, SigmaEstimator)

Parameters

Return Value

Exceptions

See Also

Reference