~uclma~
Returns the Upper Control Limit MA for MA-MR.
~lclma~
Returns the Lower Control Limit MA for MA-MR.
~uclmr~
Returns the Upper Control Limit MR for MA-MR.
~lclmr~
Returns the Lower Control Limit MR for MA-MR.
~uclxbs~
Returns the Upper Control Limit Xbar for X-Bar & S.
~lclxbs~
Returns the Lower Control Limit Xbar for X-Bar & S.
~ucls~
Returns the Upper Control Limit S for X-Bar & S.
~lcls~
Returns the Lower Control Limit S for X-Bar & S.
~uclxbr~
Returns the Upper Control Limit Xbar for X-Bar & R.
~lclxbr~
Returns the Lower Control Limit Xbar for X-Bar & R.
~uclr~
Returns the Upper Control Limit R for X-Bar & R.
~lclr~
Returns the Lower Control Limit R for X-Bar & R.
~uclxmr~
Returns the Upper Control Limit X for X-MR.
~lclxmr~
Returns the Lower Control Limit X for X-MR.
~uclmr~
Returns the Upper Control Limit MR for X-MR.
~lclmr~
Returns the Lower Control Limit MR for X-MR.
Parameters can be added after the characteristic in a control limit variable as listed in the table below. The parameters 'first' and 'last' may return the effective dates of the first and last labeled feature.
~variable,characteristic,parameter~ |
|
||
---|---|---|---|
variable |
characteristic |
parameter |
-parameter description |
lclxbr |
x y z etc... |
abs |
-absolute limit value |
rel |
-relative (to nominal) limit value |
||
eff |
-effective date |
||
date |
-limit update date |
||
first |
-first sample order label |
||
last |
-last sample order label |
Example 1: The variable ~lclxbr,x,last~ would return the last sample order date of the x characteristic's lower control limit for Xbar with Range.
Example 2: A simplified form of the variables above which could be used are as follows:
- ~lcl,pri,last~ for Primary top control chart, i.e. XBar
- ~lcl,sec,last~ for Secondary bottom control chart, i.e. Range
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