V3_QmSpecCharLink_Get (Get)
- Last UpdatedNov 06, 2025
- 6 minute read
| Get | V3_QmSpecCharLink_Get |
Resource Path:/api/v3/QmSpecCharLink
| Name | Description | Data Type |
|---|---|---|
| qmSpecId | The QM specification ID. | integer |
| qmSpecName | The QM specification name. | string |
| charId | The characteristic ID. | integer |
| charName | The characteristic Name. | string |
| type | An enumeration that indicates the characteristic type. 0 = Variable (the default) 1 = Binary attribute 2 = Counted attribute | integer |
| target | The characteristic's target value. | number |
| lsv | The lower specification value. | number |
| usv | The upper specification value. | number |
| lsvIsOffset | Indicates whether the lsv property value is an offset. That is, the lsv value is the difference between the target and lower specification values and not the lower specification limit itself. The default is true. | boolean |
| usvIsOffset | Indicates whether the usv property value is an offset. That is, the usv value is the difference between the target and upper specification values and not the upper specification value itself. The default is true. | boolean |
| lsvOffsetIsPct | If the lsv property value is an offset, indicates whether it is a percentage value. The default is true. | boolean |
| usvOffsetIsPct | If the usv property value is an offset, indicates whether it is a percentage value. The default is true. | boolean |
| lrv | The lower specification reasonable value. | number |
| urv | The upper specification reasonable value. | number |
| lrvIsMult | Indicates whether the lrv property value is a multiplier for the difference between the lower specification limit and the target, to find offset from the target for the lower reasonable limit. If it is not a multiplier, the lrv property value is an absolute value. The default is false. | boolean |
| urvIsMult | Indicates whether the urv property value is a multiplier for the difference between the upper specification limit and the target, to find offset from the target for the upper reasonable limit. If it is not a multiplier, the urv property value is an absolute value. The default is false. | boolean |
| severityCd | An enumeration that indicates the severity of the characteristic. 0 = Unused (not available for data entry) 1 = Not Monitored (run rule violations are not checked) 2 = Non-Key (the default) 3 = Key 4 = Critical | integer |
| sampleSizeSource | If the characteristic type is binary attribute (type = 1), an enumeration that indicates the source of the sample size. 0 = Fixed (the default) 1 = Entered 2 = Entered but copied from the previous value | integer |
| normalSampleSize | integer | |
| minimumSampleSize | The minimum number of measurements in a sample. The default is 1. | integer |
| maximumSampleSize | The maximum number of measurements in a sample. | integer |
| clSource | An enumeration that is the control limit source. 0 = Automatically calculate from data (the default) 1 = Compute from standard mean and standard deviation values (if the characteristic type is variable) or compute from standard p, np average proportion and standard c, u average number per unit values (if attribute) 2 = Use preset values | integer |
| samplesForCl | The number of samples to use for the calculation of control limits. If cl_source = 0, the number of samples to use for the calculation of control limits. 0 (the default) indicates to use all samples. | integer |
| stdAvg | number | |
| stdAvgIsTarget | The indication whether to use the target instead of the std_avg value as the standard. If cl_source = 1, the default is true. | integer |
| stdDeviation | If the characteristic type is variable and cl_source = 2, the standard deviation value. | number |
| clXbar | If the characteristic type is variable and cl_source = 2, the center line for xbar. | number |
| lclXbar | If the characteristic type is variable and cl_source = 2, the lower control limit for xbar. | number |
| uclXbar | If the characteristic type is variable and cl_source = 2, the upper control limit for xbar. | number |
| clRange | If the characteristic type is variable and cl_source = 2, the center line for range. | number |
| lclRange | If the characteristic type is variable and cl_source = 2, the lower control limit for range. | number |
| uclRange | If the characteristic type is variable and cl_source = 2, the upper control limit for range. | number |
| clSigma | If the characteristic type is variable and cl_source = 2, the center line for sigma. | number |
| lclSigma | If the characteristic type is variable and cl_source = 2, the lower control limit for sigma. | number |
| uclSigma | If the characteristic type is variable and cl_source = 2, the upper control limit for sigma. | number |
| clIx | If the characteristic type is variable and cl_source = 2, the center line for individual x. | number |
| lclIx | If the characteristic type is variable and cl_source = 2, the lower control limit for individual x. | number |
| uclIx | If the characteristic type is variable and cl_source = 2, the upper control limit for individual x. | number |
| clImr | If the characteristic type is variable and cl_source = 2, the center line for individual moving range. | number |
| lclImr | If the characteristic type is variable and cl_source = 2, the lower control limit for individual moving range. | number |
| uclImr | If the characteristic type is variable and cl_source = 2, the upper control limit for individual moving range. | number |
| clMa | If the characteristic type is variable and cl_source = 2, the center line for moving average. | number |
| lclMa | If the characteristic type is variable and cl_source = 2, the lower control limit for moving average. | number |
| uclMa | If the characteristic type is variable and cl_source = 2, the upper control limit for moving average. | number |
| clMr | If the characteristic type is variable and cl_source = 2, the center line for moving range. | number |
| lclMr | If the characteristic type is variable and cl_source = 2, the lower control limit for moving range. | number |
| uclMr | If the characteristic type is variable and cl_source = 2, the upper control limit for moving range. | number |
| clMs | If the characteristic type is variable and cl_source = 2, the center line for moving sigma. | number |
| lclMs | If the characteristic type is variable and cl_source = 2, the lower control limit for moving sigma. | number |
| uclMs | If the characteristic type is variable and cl_source = 2, the upper control limit for moving sigma. | number |
| clP | If the characteristic type is attribute and cl_source = 2, the center line for p. | number |
| lclP | If the characteristic type is attribute and cl_source = 2, the lower control limit for p. | number |
| uclP | If the characteristic type is attribute and cl_source = 2, the upper control limit for p. | number |
| clNp | If the characteristic type is attribute and cl_source = 2, the center line for np. | number |
| lclNp | If the characteristic type is attribute and cl_source = 2, the lower control limit for np. | number |
| uclNp | If the characteristic type is attribute and cl_source = 2, the upper control limit for np. | number |
| clC | If the characteristic type is attribute and cl_source = 2, the center line for c. | number |
| lclC | If the characteristic type is attribute and cl_source = 2, the lower control limit for c. | number |
| uclC | If the characteristic type is attribute and cl_source = 2, the upper control limit for c. | number |
| clU | If the characteristic type is attribute and cl_source = 2, the center line for u. | number |
| lclU | If the characteristic type is attribute and cl_source = 2, the lower control limit for u. | number |
| uclU | If the characteristic type is attribute and cl_source = 2, the upper control limit for u. | number |
| defaultChart | The default chart of the characteristic. 2 = Xbar + Range 3 = Xbar + Sigma 5 = IX + MR (the default) 7 = MA + Range 8 = MA + Sigma 16 = p 17 = np 18 = u 19 = c 20 = DPMO (coding per QI Analyst) | integer |
| automatedColl | The indication whether this characteristic can be collected automatically. The default is true. | integer |
| timeInterval | The interval between the measurements. If the sample size is greater than 1 and automated_coll is true, the interval between measurements. Note that this is a default for the characteristic, which can be overridden independently at each sample recording object (SRO). | integer |
| timeIntUnit | An enumeration that indicates the unit for the time interval. 0 = seconds 1 = minutes 2 = hours | integer |
| lastEditBy | The ID of the user who created or last modified this record. | string |
| lastEditAt | The date and time when the record was added or last modified. | string |
| Name | Description |
|---|---|
| trans_id | Used to supply the ID of the transaction if the call is taking part in a transaction. |
| max_rows | Used to supply the maximum number of rows that will be returned by the get. |
The response body is of type Array[Generated.Models.V3_QmSpecCharLink_Get].
OK