StatControlCharts.QCPChart Method ([In] TVec, [In] TVec, [In] TVec, out double, [In] TVec, [In] TVec, double)

In this case each sample can have different size. You must store sizes in SampleSize vector.

Syntax

Visual Basic

public static void QCPChart([In] TVec Data, [In] TVec SampleSize, [In] TVec DrawVec, out double CL, [In] TVec UCL, [In] TVec LCL, double Confidence);

Parameters

Parameters	Description
[In] TVec Data	Data to be analyzed. Each value represents number of defects.
[In] TVec SampleSize	Sample size. Can be integer or vector.
[In] TVec DrawVec	Returns values to be drawn.
out double CL	Returns control Chart centerline.
[In] TVec UCL	Returns control Chart upper control limit.
[In] TVec LCL	Returns control Chart lower control limit.
double Confidence	Confidence level for upper and lower control limit. Confidence must lie in the (0,1) interval.

Remarks

An exeption is raised if Data and SampleSize length do not match.

Example

The following code will create P chart:

using Dew.Math; using Dew.Math.Units; using Dew.Stats.Units; namespace Dew.Examples { private void Example(Dew.Stats.QCSeries QCSeries1) { Vector drawvec = new Vector(0); Matrix data = new Matrix(0,0); double cl,lcl,ucl; StatControlCharts.QCPChart(data,drawvec,out cl,out ucl,out lcl,0.05); // Setup series properties QCSeries->UCL = ucl; QCSeries->LCL = lcl; QCSeries->CL = cl; MtxVecTee.DrawValues(drawVec,QCSeries1,0,1,false); } }

Group

QCPChart Method

Links

StatControlCharts Class, StatControlCharts Members, Dew.Stats.Units Namespace, QCPChart Method, Example, See Also

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