The SPC Chart Options window lets you configure charts to display on the current sub-inspection. For information on opening this window, see Setting charts to display in inspections.
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If you want this sub-inspection to chart multiple standards with the same chart types and chart settings (date period, filter, statistical settings, etc.), you can use this step to select all those standards at once – beginning with the Part Number Source:
Select standard from list: Use this option to select any standard(s) for data entry charts – regardless of any Numeric Input tests in the inspection. For more information, see Selecting Part Numbers or Processes.
Use numeric input standard: Use this option to select the Numeric Input test(s) in this sub-inspection as the source for your standard. Click the Numeric Input test name(s) to chart for this sub-inspection.
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When finished selecting standards, click Next Step.
Select the SPC chart types you want to display, and then click Next Step.
Choose retrieval and statistical settings for the standards and charts you have selected. You can also specify a Chart skin (created in the GainSeeker Charts module) that changes display options for these charts. When finished, click Save and Close.
Tip: If desired, you can configure
the charts with a special filter for data that matches traceability values
in this inspection:
In some cases, you may wish to filter the chart for a traceability value that was entered in this inspection – by a Traceability test, Planned Inspection, or Formula test (using inspect.cursubi.trace(idx).value or inspect.settracevalue Python commands).
For example, you might wish to filter for:
a Lot number that the user enters during data entry
a Machine ID that you preset with a Planned Inspection or Formula test
To filter for such a traceability value – which may vary from one data entry session to the next – you must create a saved filter that looks for a blank value in that traceability field, such as this example which filters for the current Cavity number:
Best practice: For this type of
traceability filter, best practice is to set this traceability value before launching the sub-inspection
that filters charts for that value. This is most easily accomplished by:
requiring the user to Submit the traceability value in a Traceability test on a previous sub-inspection
removing this traceability field from the inspection and using a Planned Inspection to set the traceability value
removing this traceability field from the inspection and using a Formula test to set the traceability value with the Python command inspect.settracevalue. (You can actually execute this Formula on the same sub-inspection as the filtered charts by setting the FormulaMode property to Pre.)
The reason for this recommended practice is that the filter can only access a traceability value after that value has been submitted.
If the traceability value is not set before the sub-inspection with the filter is launched, the charts will be filtered for a blank value in this traceability field until the sub-inspection is submitted with the new traceability value.
When you use the ChartOptionsSPC property of a sub-inspection to set up charts, the timing for creating and updating those charts depends on how the standard for those charts is defined.
Note: When the inspector submits
the sub-inspection data, all charts open in the right side panel refresh
for that sub-inspection. If you have multiple charts or charts containing
a lot of data open in the panel, this could prove time consuming.
When a standard is selected using one of these methods, the corresponding chart will be created immediately when the sub-inspection opens:
When setting the sub-inspection property ChartOptionsSPC, the Part Number Source is set to Select standard from list
When setting the sub-inspection property ChartOptionsSPC, the Part Number Source is set to Use numeric input standard, and the selected Numeric Input test meets one of the following criteria:
The Numeric Input test has the SPCStandardSelection
property set to PickAheadOfTime
and the SingleSPCStandard
property set to a particular standard
Please note: If the SingleSPCStandard
property contains a value that does not match an existing
SPC standard, the inspection will still create a chart
with no data found for that standard
A Planned Inspection is used to select a different standard for the Numeric Input test
The sub-inspection also contains a Formula test with the FormulaMode property set to Pre and the PythonScript property set to a script that uses the inspect.cursubi.ni(idx).partno command to set a different standard
When the user submits the sub-inspection, these charts will be updated to include the most recently-entered data.
When all of the following criteria are met, the chart for a standard will be created immediately after the data entry user selects the standard:
When setting the sub-inspection property ChartOptionsSPC, the Part Number Source is set to Use numeric input standard
The Numeric Input test you select to be charted has the SPCStandardSelection property set to PickAtRuntime
If the user later selects a different standard for the same Numeric Input test, a new chart will be added for the new standard without removing the chart for the previous standard.
When the user submits the sub-inspection, these charts will be updated to include the most recently-entered data.
Any of the following methods will close all charts that are currently open in an inspection:
To close all charts when a sub-inspection opens, set the sub-inspection property ClearSidePanel to True
To close all charts when a Python script finishes running, add the Python command inspect.cursubi.clearsidepanel = True to your script
Close the inspection
Please note: Closing a sub-inspection
does not close the charts that are currently open.