Overload List
| # | Signature | Description |
|---|---|---|
| 1 | void QCNPChart(TVec Data, TVec SampleSize, TVec DrawVec, TVec CL, TVec UCL, TVec LCL, Double Confidence) | In this case each sample can have different size. You must store sizes in SampleSize vector. |
| 2 | void QCNPChart(TVec Data, Int32 SampleSize, TVec DrawVec, ref Double CL, ref Double UCL, ref Double LCL, Double Confidence) | Constructs nP-Chart. |
Overload 1: void QCNPChart(TVec Data, TVec SampleSize, TVec DrawVec, TVec CL, TVec UCL, TVec LCL, Double Confidence)
In this case each sample can have different size. You must store sizes in SampleSize vector.
| # | Name | Description |
|---|---|---|
| 1 | Data | Data to be analyzed. Each value represents number of defects. |
| 2 | Confidence | Confidence level for upper and lower control limit. Confidence must lie in the (0,1) interval. |
| 3 | SampleSize | Sample size. Can be integer or vector. |
| 4 | DrawVec | Returns values to be drawn. |
| 5 | CL | Returns control Chart centerline. |
| 6 | UCL | Returns control Chart upper control limit. |
| 7 | LCL | Returns control Chart lower control limit. |
Result: stored in self (calling object)
Remarks:
An exeption is raised if Data and SampleSize length do not match.
See Also: !:TQCSeries, QCSeries, StatControlCharts.QCPChart, StatControlCharts.QCUChart, StatControlCharts.QCCChart
Overload 2: void QCNPChart(TVec Data, Int32 SampleSize, TVec DrawVec, ref Double CL, ref Double UCL, ref Double LCL, Double Confidence)
Constructs nP-Chart.
| # | Name | Type | Description |
|---|---|---|---|
| 1 | Data | TVec | source TVec |
| 2 | SampleSize | Int32 | |
| 3 | DrawVec | TVec | source TVec |
| 4 | CL | Double (ref) | output |
| 5 | UCL | Double (ref) | output |
| 6 | LCL | Double (ref) | output |
| 7 | Confidence | Double | scalar |
Result: stored in self (calling object)
Remarks:
Constructs nP-Chart drawing values, center line, upper and lower control limit. The assumption is all samples have the same SampleSize.