Annotations
The global OppositeParallelLinesFeatureMeasurement element gives information about an opposite parallel lines feature measurement.
Diagram
Type
OppositeParallelLinesFeatureMeasurementType
Type hierarchy
Properties
Substitution Group Affiliation
Children
ActualComponentId , ActualTransformId , Attributes , CenterLine , EndRadius1 , EndRadius2 , FeatureItemId , FeatureName , Form , Length , LengthMax , LengthMin , ManufacturingProcessId , MeasurementDeviceIds , Normal , NotedEventIds , PointList , ProxyMeasurementId , SubstituteFeatureAlgorithm , TimeStamp , Width , WidthMax , WidthMin
Instance
<OppositeParallelLinesFeatureMeasurement id= "" xmlns= "http://qifstandards.org/xsd/qif3" >
<Attributes n= "" > {0,1} </Attributes>
<FeatureItemId xId= "" > {0,1} </FeatureItemId>
<FeatureName > {0,1} </FeatureName>
<TimeStamp > {0,1} </TimeStamp>
<ActualComponentId asmPathId= "" asmPathXId= "" xId= "" > {0,1} </ActualComponentId>
<ManufacturingProcessId asmPathId= "" asmPathXId= "" xId= "" > {0,1} </ManufacturingProcessId>
<MeasurementDeviceIds n= "" > {0,1} </MeasurementDeviceIds>
<ActualTransformId xId= "" > {0,1} </ActualTransformId>
<NotedEventIds n= "" > {0,1} </NotedEventIds>
<PointList n= "" > {0,1} </PointList>
<SubstituteFeatureAlgorithm > {0,1} </SubstituteFeatureAlgorithm>
<ProxyMeasurementId xId= "" > {0,1} </ProxyMeasurementId>
<CenterLine > {0,1} </CenterLine>
<Normal combinedUncertainty= "" decimalPlaces= "" linearUnit= "" meanError= "" significantFigures= "" validity= "" xCombinedUncertainty= "" xDecimalPlaces= "" xMeanError= "" xSignificantFigures= "" xValidity= "" yCombinedUncertainty= "" yDecimalPlaces= "" yMeanError= "" ySignificantFigures= "" yValidity= "" zCombinedUncertainty= "" zDecimalPlaces= "" zMeanError= "" zSignificantFigures= "" zValidity= "" > {0,1} </Normal>
<Width combinedUncertainty= "" decimalPlaces= "" linearUnit= "" meanError= "" significantFigures= "" > {0,1} </Width>
<WidthMin combinedUncertainty= "" decimalPlaces= "" linearUnit= "" meanError= "" significantFigures= "" > {0,1} </WidthMin>
<WidthMax combinedUncertainty= "" decimalPlaces= "" linearUnit= "" meanError= "" significantFigures= "" > {0,1} </WidthMax>
<Length combinedUncertainty= "" decimalPlaces= "" linearUnit= "" meanError= "" significantFigures= "" > {0,1} </Length>
<LengthMin combinedUncertainty= "" decimalPlaces= "" linearUnit= "" meanError= "" significantFigures= "" > {0,1} </LengthMin>
<LengthMax combinedUncertainty= "" decimalPlaces= "" linearUnit= "" meanError= "" significantFigures= "" > {0,1} </LengthMax>
<EndRadius1 > {0,1} </EndRadius1>
<EndRadius2 > {0,1} </EndRadius2>
<Form combinedUncertainty= "" decimalPlaces= "" linearUnit= "" meanError= "" significantFigures= "" > {0,1} </Form>
</OppositeParallelLinesFeatureMeasurement>
Attributes
QName
Type
Use
Annotation
id
QIFIdType
required
The id attribute is the QIF id of the feature, used for referencing.
Source
<xs:element name= "OppositeParallelLinesFeatureMeasurement" type= "OppositeParallelLinesFeatureMeasurementType" substitutionGroup= "FeatureMeasurement" >
<xs:annotation >
<xs:documentation > The global OppositeParallelLinesFeatureMeasurement element gives information about an opposite parallel lines feature measurement. </xs:documentation>
</xs:annotation>
</xs:element>
Schema location
file:////Q:/kramer/qif3.0/model/QIFforHTMLxsd/QIFLibrary/Features.xsd