Template DirectPropertyScaleReal

This template is for assigning a property value and unit of measurement to an Individual for a Property that is not an IndirectProperty.

From ISO 15926-2 Property: NOTE A member of a Property is a PossibleIndividual that has the same degree or magnitude of the quality or characteristic represented by the Property as other members.

To make the distinction with IndirectProperty, this template starts its name with Direct.

DirectPropertyScaleReal(a, b, c, d) means that a is a PropertySpace, b is a (temporal part of) PossibleIndividual? to which the relation applies, c is a floating point number for the property value and d the Scale as unit of measurement.

1 hasPropertySpace PropertySpace
2 hasPropertyPossessor PossibleIndividual
3 valPropertyValue ExpressReal
4 hasPropertyScale Scale


DirectPropertyScaleReal(x1, x2, x3, x4) <-> 
PropertySpace(x1) & 
PossibleIndividual(x2) & 
ExpressReal(x3) & 
Scale(x4) & 
exists p (Property(p) &
	exists c (Classification(c)
             & hasClassified(c, x2)
             & hasClassifier(c, p)  &
	exists c0 (Classification(c0)
             & hasClassified(c0, p)
             & hasClassifier(c0, x1)  &
	RealMagnitudeOfProperty(p, x3, x4)))) .

EXAMPLE The statement DirectPropertyScaleReal(LENGTH, 123, 4.300, METER)

Lifted template

& PossibleIndividual(x2)
& ExpressReal(x3)
& Scale(x4)
& exists p
     (  Property(p)
      & exists c
           (  Classification(c)
            & hasClassified(c, x2)
            & hasClassifier(c, p)
            & exists c0
                 (  Classification(c0)
                  & hasClassified(c0, p)
                  & hasClassifier(c0, x1)
                  & Property(p)
                  & ExpressReal(x3)
                  & Scale(x4)
                  & exists u
                       (  (  Property(p)
                           & RealNumber(u)
                           & Scale(x4)
                           & exists u0
                                (  (  PropertyQuantification(u0)
                                    & hasInput(u0, p)
                                    & hasResult(u0, u))
                                 & exists z
                                      (  Classification(z)
                                       & hasClassified(z, u0)
                                       & hasClassifier(z, x4))))
                        & ExpressReal(x3)
                        & Thing(u)
                        & exists z0
                             (  ClassOfIdentification(z0)
                              & hasPattern(z0, x3)
                              & hasRepresented(z0, u))))))

Analysis diagram

NOTE: The relationship for the Scale between the domain and codomain must already exist in the RDL. It is not in scope of the template.

Revision log

02/05/2011OnnoPaapRevised: added ExpressReal and made new analysis diagram


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