ControlCharts.NP Method

Definition

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

Overload List

NP(ReadOnlySpan<Double>, Double)	Computes an NP (number nonconforming) chart from a span of defect counts and a constant subgroup sample size.
NP(Vector<Double>, StandardBaseline)	Computes an NP (number nonconforming) chart from a vector of defect counts in Phase II mode, evaluating against a frozen baseline from a prior Phase I analysis. The sample size is taken from the baseline.
NP(Vector<Double>, Double)	Computes an NP (number nonconforming) chart from a vector of defect counts and a constant subgroup sample size.

NP(ReadOnlySpan<Double>, Double)

Computes an NP (number nonconforming) chart from a span of defect counts and a constant subgroup sample size.

public static NpChartData NP(
	ReadOnlySpan<double> defectCounts,
	double sampleSize
)

Visual Basic

Public Shared Function NP ( 
	defectCounts As ReadOnlySpan(Of Double),
	sampleSize As Double
) As NpChartData

C++/CLI

public:
static NpChartData^ NP(
	ReadOnlySpan<double> defectCounts, 
	double sampleSize
)

static member NP : 
        defectCounts : ReadOnlySpan<float> * 
        sampleSize : float -> NpChartData

Parameters

defectCounts ReadOnlySpan<Double>: The ordered sequence of nonconforming-unit counts, one per subgroup.
sampleSize Double: The constant sample size applied to all subgroups. Must be positive.

Return Value

NpChartData
The chart-ready data for the NP chart.

Exceptions

ArgumentException	The input is empty, contains non-finite values, contains negative counts, or any count exceeds sampleSize.
ArgumentOutOfRangeException	sampleSize is not positive.

NP(Vector<Double>, StandardBaseline)

Computes an NP (number nonconforming) chart from a vector of defect counts in Phase II mode, evaluating against a frozen baseline from a prior Phase I analysis. The sample size is taken from the baseline.

public static NpChartData NP(
	Vector<double> defectCounts,
	StandardBaseline baseline
)

Visual Basic

Public Shared Function NP ( 
	defectCounts As Vector(Of Double),
	baseline As StandardBaseline
) As NpChartData

C++/CLI

public:
static NpChartData^ NP(
	Vector<double>^ defectCounts, 
	StandardBaseline^ baseline
)

static member NP : 
        defectCounts : Vector<float> * 
        baseline : StandardBaseline -> NpChartData

Parameters

defectCounts Vector<Double>: The ordered sequence of nonconforming-unit counts, one per subgroup.
baseline StandardBaseline: The frozen Phase I baseline to evaluate against.

Return Value

NpChartData
The chart-ready data for the NP chart, with control limits derived from the frozen baseline.

Exceptions

ArgumentNullException

defectCounts or baseline is null.

NP(Vector<Double>, Double)

Computes an NP (number nonconforming) chart from a vector of defect counts and a constant subgroup sample size.

public static NpChartData NP(
	Vector<double> defectCounts,
	double sampleSize
)

Visual Basic

Public Shared Function NP ( 
	defectCounts As Vector(Of Double),
	sampleSize As Double
) As NpChartData

C++/CLI

public:
static NpChartData^ NP(
	Vector<double>^ defectCounts, 
	double sampleSize
)

static member NP : 
        defectCounts : Vector<float> * 
        sampleSize : float -> NpChartData

Parameters

defectCounts Vector<Double>: The ordered sequence of nonconforming-unit counts, one per subgroup.
sampleSize Double: The constant sample size applied to all subgroups. Must be positive.

Return Value

NpChartData
The chart-ready data for the NP chart.

Exceptions

ArgumentNullException	defectCounts is null.
ArgumentException	The input is empty, contains non-finite values, contains negative counts, or any count exceeds sampleSize.
ArgumentOutOfRangeException	sampleSize is not positive.

ControlCharts.NP Method

Definition

Overload List

NP(ReadOnlySpan<Double>, Double)

Parameters

Return Value

Exceptions

NP(Vector<Double>, StandardBaseline)

Parameters

Return Value

Exceptions

NP(Vector<Double>, Double)

Parameters

Return Value

Exceptions

See Also

Reference