Annotations
The global LinearityStudyResults element gives information about
the results of a linearity statistical study.
Diagram
Type LinearityStudyResultsType
Type hierarchy
Properties
Substitution Group Affiliation
Children AngularAbsoluteLinearity AngularStatsSummaries AreaAbsoluteLinearity AreaStatsSummaries Attributes AverageFeatures CharacteristicsStats Description ForceAbsoluteLinearity ForceStatsSummaries GoodnessOfFit InspectionTraceability LinearAbsoluteLinearity LinearStatsSummaries MassAbsoluteLinearity MassStatsSummaries MeasurementDeviceIds Name PressureAbsoluteLinearity PressureStatsSummaries RelativeLinearity ResultsFiles ResultsIds ResultsQPIds SampleSize SoftwareId SpeedAbsoluteLinearity SpeedStatsSummaries StandardId StatsSummaries Status StudyId StudyIssues TemperatureAbsoluteLinearity TemperatureStatsSummaries ThisStatisticalStudyResultsInstanceQPId TimeAbsoluteLinearity TimeStatsSummaries UserDefinedUnitAbsoluteLinearity UserDefinedUnitStatsSummaries
Instance
<LinearityStudyResults id= "" xmlns= "http://qifstandards.org/xsd/qif3" >
<ThisStatisticalStudyResultsInstanceQPId > {0,1} </ThisStatisticalStudyResultsInstanceQPId>
<Attributes n= "" > {0,1} </Attributes>
<Status > {1,1} </Status>
<SoftwareId xId= "" > {1,1} </SoftwareId>
<StandardId xId= "" > {1,1} </StandardId>
<StudyIssues n= "" > {0,1} </StudyIssues>
<InspectionTraceability > {0,1} </InspectionTraceability>
<Name > {0,1} </Name>
<Description > {0,1} </Description>
<StudyId xId= "" > {0,1} </StudyId>
<ResultsIds n= "" > {1,1} </ResultsIds>
<ResultsQPIds n= "" > {1,unbounded} </ResultsQPIds>
<ResultsFiles n= "" > {1,1} </ResultsFiles>
<AverageFeatures n= "" > {0,1} </AverageFeatures>
<CharacteristicsStats n= "" > {0,1} </CharacteristicsStats>
<LinearStatsSummaries n= "" > {0,1} </LinearStatsSummaries>
<AngularStatsSummaries n= "" > {0,1} </AngularStatsSummaries>
<AreaStatsSummaries n= "" > {0,1} </AreaStatsSummaries>
<ForceStatsSummaries n= "" > {0,1} </ForceStatsSummaries>
<MassStatsSummaries n= "" > {0,1} </MassStatsSummaries>
<PressureStatsSummaries n= "" > {0,1} </PressureStatsSummaries>
<SpeedStatsSummaries n= "" > {0,1} </SpeedStatsSummaries>
<TemperatureStatsSummaries n= "" > {0,1} </TemperatureStatsSummaries>
<TimeStatsSummaries n= "" > {0,1} </TimeStatsSummaries>
<UserDefinedUnitStatsSummaries n= "" > {0,1} </UserDefinedUnitStatsSummaries>
<StatsSummaries n= "" > {0,1} </StatsSummaries>
<SampleSize > {1,1} </SampleSize>
<MeasurementDeviceIds n= "" > {0,1} </MeasurementDeviceIds>
<GoodnessOfFit combinedUncertainty= "" decimalPlaces= "" meanError= "" significantFigures= "" > {0,1} </GoodnessOfFit>
<LinearAbsoluteLinearity combinedUncertainty= "" decimalPlaces= "" linearUnit= "" meanError= "" significantFigures= "" > {1,1} </LinearAbsoluteLinearity>
<AngularAbsoluteLinearity angularUnit= "" combinedUncertainty= "" decimalPlaces= "" meanError= "" significantFigures= "" > {1,1} </AngularAbsoluteLinearity>
<AreaAbsoluteLinearity areaUnit= "" combinedUncertainty= "" decimalPlaces= "" meanError= "" significantFigures= "" > {1,1} </AreaAbsoluteLinearity>
<ForceAbsoluteLinearity combinedUncertainty= "" decimalPlaces= "" forceUnit= "" meanError= "" significantFigures= "" > {1,1} </ForceAbsoluteLinearity>
<MassAbsoluteLinearity combinedUncertainty= "" decimalPlaces= "" massUnit= "" meanError= "" significantFigures= "" > {1,1} </MassAbsoluteLinearity>
<PressureAbsoluteLinearity combinedUncertainty= "" decimalPlaces= "" meanError= "" pressureUnit= "" significantFigures= "" > {1,1} </PressureAbsoluteLinearity>
<SpeedAbsoluteLinearity combinedUncertainty= "" decimalPlaces= "" meanError= "" significantFigures= "" speedUnit= "" > {1,1} </SpeedAbsoluteLinearity>
<TemperatureAbsoluteLinearity combinedUncertainty= "" decimalPlaces= "" meanError= "" significantFigures= "" temperatureUnit= "" > {1,1} </TemperatureAbsoluteLinearity>
<TimeAbsoluteLinearity combinedUncertainty= "" decimalPlaces= "" meanError= "" significantFigures= "" timeUnit= "" > {1,1} </TimeAbsoluteLinearity>
<UserDefinedUnitAbsoluteLinearity combinedUncertainty= "" decimalPlaces= "" meanError= "" significantFigures= "" unitName= "" > {1,1} </UserDefinedUnitAbsoluteLinearity>
<RelativeLinearity combinedUncertainty= "" decimalPlaces= "" meanError= "" significantFigures= "" > {0,1} </RelativeLinearity>
</LinearityStudyResults>
Attributes
QName
Type
Use
Annotation
id QIFIdType required
The required id attribute is the QIF id of the statistical study
results, used for referencing.
Source
<xs:element name= "LinearityStudyResults" type= "LinearityStudyResultsType" substitutionGroup= "StatisticalStudyResults" >
<xs:annotation >
<xs:documentation > The global LinearityStudyResults element gives information about the results of a linearity statistical study. </xs:documentation>
</xs:annotation>
<xs:key name= "LinearitySubgroupIdKey" >
<xs:annotation >
<xs:documentation > The LinearitySubgroupIdKey collects all QIF ids of all Subgroups in CharacteristicStats of a linearity study. </xs:documentation>
</xs:annotation>
<xs:selector xpath= "t:CharacteristicsStats/t:*/t:Subgroups/t:Subgroup" />
<xs:field xpath= "@id" />
</xs:key>
<xs:keyref name= "LinearitySubgroupIdKeyref" refer= "LinearitySubgroupIdKey" >
<xs:annotation >
<xs:documentation > The LinearitySubgroupIdKeyref requires that a SubgroupId in a StudyIssue in CharacteristicStats be the id of a Subgroup in the same linearity study. </xs:documentation>
</xs:annotation>
<xs:selector xpath= "t:CharacteristicsStats/t:*/t:StudyIssues/t:StudyIssue /t:SubgroupIds/t:Id" />
<xs:field xpath= "." />
</xs:keyref>
</xs:element>
Schema location file:////Q:/kramer/qif3.0/model/QIFforHTMLxsd/QIFApplications/QIFStatistics.xsd
