Annotations
The global LaserRadar element gives information about a laser radar.
Diagram
Type
LaserRadarType
Type hierarchy
Properties
Substitution Group Affiliation
Children
Attributes , AzimuthAngularAccuracy , Calibrations , Description , DistanceAccuracy , EffectiveWorkingVolume , ElevationAngularAccuracy , EnvironmentalRange , FeatureSpeed , Location , LocationId , Manufacturer , Mass , MaxEnvironmentalAltitude , MaxMeasurementRange , MaxPointsRate , MeasurementLaser , MinEnvironmentalAltitude , MinMeasurementRange , ModelNumber , Name , PointingLaser , RangeForVolumetricUncertainty , Resolution , ScanningSpeed , SerialNumber , Size , SurfacePointsSpeed , TemperatureCompensation , ToolingBallSpeed , VolumetricUncertainty , WorkingVolume
Instance
<LaserRadar id= "" xmlns= "http://qifstandards.org/xsd/qif3" >
<Name > {1,1} </Name>
<Description > {0,1} </Description>
<Manufacturer > {0,1} </Manufacturer>
<ModelNumber > {0,1} </ModelNumber>
<SerialNumber > {0,1} </SerialNumber>
<Mass decimalPlaces= "" massUnit= "" significantFigures= "" > {0,1} </Mass>
<Size > {0,1} </Size>
<LocationId xId= "" > {1,1} </LocationId>
<Location id= "" > {1,1} </Location>
<Attributes n= "" > {0,1} </Attributes>
<Calibrations n= "" > {0,1} </Calibrations>
<EnvironmentalRange > {0,1} </EnvironmentalRange>
<Resolution > {0,1} </Resolution>
<WorkingVolume > {0,1} </WorkingVolume>
<EffectiveWorkingVolume > {0,1} </EffectiveWorkingVolume>
<TemperatureCompensation > {0,1} </TemperatureCompensation>
<MeasurementLaser id= "" > {0,1} </MeasurementLaser>
<PointingLaser id= "" > {0,1} </PointingLaser>
<MaxPointsRate decimalPlaces= "" significantFigures= "" unitName= "" > {0,1} </MaxPointsRate>
<MaxMeasurementRange decimalPlaces= "" linearUnit= "" significantFigures= "" > {0,1} </MaxMeasurementRange>
<MinMeasurementRange decimalPlaces= "" linearUnit= "" significantFigures= "" > {0,1} </MinMeasurementRange>
<ScanningSpeed decimalPlaces= "" significantFigures= "" unitName= "" > {0,1} </ScanningSpeed>
<DistanceAccuracy > {0,1} </DistanceAccuracy>
<AzimuthAngularAccuracy > {0,1} </AzimuthAngularAccuracy>
<ElevationAngularAccuracy > {0,1} </ElevationAngularAccuracy>
<RangeForVolumetricUncertainty decimalPlaces= "" linearUnit= "" significantFigures= "" > {0,1} </RangeForVolumetricUncertainty>
<VolumetricUncertainty decimalPlaces= "" linearUnit= "" significantFigures= "" > {0,1} </VolumetricUncertainty>
<MaxEnvironmentalAltitude decimalPlaces= "" linearUnit= "" significantFigures= "" > {0,1} </MaxEnvironmentalAltitude>
<MinEnvironmentalAltitude decimalPlaces= "" linearUnit= "" significantFigures= "" > {0,1} </MinEnvironmentalAltitude>
<SurfacePointsSpeed decimalPlaces= "" significantFigures= "" timeUnit= "" > {0,1} </SurfacePointsSpeed>
<ToolingBallSpeed decimalPlaces= "" significantFigures= "" timeUnit= "" > {0,1} </ToolingBallSpeed>
<FeatureSpeed decimalPlaces= "" significantFigures= "" timeUnit= "" > {0,1} </FeatureSpeed>
</LaserRadar>
Attributes
QName
Type
Use
Annotation
id
QIFIdType
required
The required id attribute is the QIF id of the measurement resource, used for referencing.
Source
<xs:element name= "LaserRadar" type= "LaserRadarType" substitutionGroup= "MeasurementDevice" >
<xs:annotation >
<xs:documentation > The global LaserRadar element gives information about a laser radar. </xs:documentation>
</xs:annotation>
</xs:element>
Schema location
file:////Q:/kramer/qif3.0/model/QIFforHTMLxsd/QIFApplications/QIFMeasurementResources.xsd