= Template '''CIPcSQQ''' =

This page shows '''work in progress''', and is intended as ''informative only''.

== Purpose ==

This template is suitable for expressing that a property that applies to a class of individuals is restricted, with regard to magnitude, to a given range of values.


== Definition ==

=== Signature ===

The following table indicates what the roles (or "arguments"), are, and the requirements on entity types for each.

'''CIPcSQQ'''
|| '''Class'''          ||  '''Restricted Property of the Class''' ||  '''Property type'''             ||  '''Scale'''  || '''Lower bound'''  ||  '''Upper bound'''  ||
|| CO Individual  ||  CO CO Relationship               ||  Single Property Dimension ||  Scale  || Express Real ||  Express Real ||

=== Normative representation in first-order logic ===

{{{
#!LatexEquation
\begin{align*}
  CIPcSQQ (x_1, x_2, x_3, x_4, x_5, x_6) \supset & \\
  & \text{ClassOfIndividual}(x_1) \land \\
  & \ldots \land \ldots \text{(signature: type requirements on arguments)}\\
  & \ldots \land \ldots \text{(rule: breaking down into simpler statements)}\\
\end{align*}
}}}

== Examples of expressions that this template should be able to represent ==

The following are examples of sentences that this template is intended to represent. Note that we make no assumption that the ISO 15926 are sufficient to express every aspect of the natural-language expressions. On the contrary, the point of creating the template is that the aspects that are required for a common representation are sufficiently captured.

1.  “The '''body height''' of a '''human''' is a '''length''' property which varies from '''50''' to '''250''' '''cm'''”

  This could be expressed, for instance, as a statement 

    CIPcSQQ( ''human'', ''body height'', ''length'', ''cm'', ''"50"'', ''"250"'' ), 

  or by filling in a table as follows,

    || '''CIPcSQQ:''' || human  ||  body height  ||  length ||  cm  || 50 ||  250 ||

2.  “The '''ambient temperature during operation''' of a '''3051CG pressure transmitter''' should be [a '''temperature'''] within '''-40''' and '''85''' degrees '''Celsius'''.”

  This statement is illustrated in the graph below.

== Graph illustrating an example ==

{{{
#!LatexEquation
  \TemplateDiagram{
    !c{transmitter}{3051CG}{CO Individual}
    [r]
    !r{relCOIP}{CO Indirect Property}
    ( 
      [u(.5)] !r{cfAmbtemp}{Classification}
      [u(.5)] !c{ambtemp}{Ambient Temperature}{CO CO Relationship}
      !s{cfAmbtemp}{relCOIP}{Classified}{ambtemp}{Classifier}
      )
    [r(1.5)] !c{range}{\txt{Temperature Range\\-40$^\circ$ -- 85$^\circ$ C}}{Property Range}
    (!s{relCOIP}{transmitter}{CO Possessor}{range}{Property Space})
    (
      [u(1.5)] !r{ubound}{Upper Bound Of Property Range}
      [r(1.5)] !c{utemp}{Temperature 85$^\circ$ C}{Property}
      (
      !s{ubound}{range}{Classifier}{utemp}{Classified})
      [r] !r{upq}{Property Quantification}
      [r] !c{85}{85}{Arithmetic Number}
      (!s{upq}{utemp}{Input}{85}{Result})
      [r] !r{ucoi}{CO Identification}
      [r] !c{str85}{"85"}{ExpressReal}
      (!s{ucoi}{85}{Represented}{str85}{Pattern})
      )
    (
      [d(1.5)] !r{lbound}{Lower Bound Of Property Range}
      [r(1.5)] !c{ltemp}{Temperature -40$^\circ$ C}{Property}
      (
      !s{lbound}{range}{Classifier}{ltemp}{Classified})
      [r] !r{lpq}{Property Quantification}
      [r] !c{-40}{-40}{Arithmetic Number}
      (!s{lpq}{ltemp}{Input}{-40}{Result})
      [r] !r{lcoi}{CO Identification}
      [r] !c{str-40}{"-40"}{ExpressReal}
      (!s{lcoi}{-40}{Represented}{str-40}{Pattern})
      )
    (
    [r(1.5)] !c{temp}{Temperature}{Single Property Dimension}
    ([u(.75)] !r{uclt}{Classification} !s{uclt}{temp}{Classifier}{utemp}{Classified})
    ([d(.75)] !r{lclt}{Classification} !s{lclt}{temp}{Classifier}{ltemp}{Classified})
    [rr] !c{celsius}{Celsius}{Scale}
    ([u(.75)] !r{uclc}{Classification} !s{uclc}{celsius}{Classifier}{85}{Classified})
    ([d(.75)] !r{lclc}{Classification} !s{lclc}{celsius}{Classifier}{-40}{Classified})
      )
  }
}}}

== Source for the template graph ==

{{{
  \TemplateDiagram{
    !c{transmitter}{3051CG}{CO Individual}
    [r]
    !r{relCOIP}{CO Indirect Property}
    ( 
      [u(.5)] !r{cfAmbtemp}{Classification}
      [u(.5)] !c{ambtemp}{Ambient Temperature}{CO CO Relationship}
      !s{cfAmbtemp}{relCOIP}{Classified}{ambtemp}{Classifier}
      )
    [r(1.5)] !c{range}{\txt{Temperature Range\\-40$^\circ$ -- 85$^\circ$ C}}{Property Range}
    (!s{relCOIP}{transmitter}{CO Possessor}{range}{Property Space})
    (
      [u(1.5)] !r{ubound}{Upper Bound Of Property Range}
      [r(1.5)] !c{utemp}{Temperature 85$^\circ$ C}{Property}
      (
      !s{ubound}{range}{Classifier}{utemp}{Classified})
      [r] !r{upq}{Property Quantification}
      [r] !c{85}{85}{Arithmetic Number}
      (!s{upq}{utemp}{Input}{85}{Result})
      [r] !r{ucoi}{CO Identification}
      [r] !c{str85}{"85"}{ExpressReal}
      (!s{ucoi}{85}{Represented}{str85}{Pattern})
      )
    (
      [d(1.5)] !r{lbound}{Lower Bound Of Property Range}
      [r(1.5)] !c{ltemp}{Temperature -40$^\circ$ C}{Property}
      (
      !s{lbound}{range}{Classifier}{ltemp}{Classified})
      [r] !r{lpq}{Property Quantification}
      [r] !c{-40}{-40}{Arithmetic Number}
      (!s{lpq}{ltemp}{Input}{-40}{Result})
      [r] !r{lcoi}{CO Identification}
      [r] !c{str-40}{"-40"}{ExpressReal}
      (!s{lcoi}{-40}{Represented}{str-40}{Pattern})
      )
    (
    [r(1.5)] !c{temp}{Temperature}{Single Property Dimension}
    ([u(.75)] !r{uclt}{Classification} !s{uclt}{temp}{Classifier}{utemp}{Classified})
    ([d(.75)] !r{lclt}{Classification} !s{lclt}{temp}{Classifier}{ltemp}{Classified})
    [rr] !c{celsius}{Celsius}{Scale}
    ([u(.75)] !r{uclc}{Classification} !s{uclc}{celsius}{Classifier}{85}{Classified})
    ([d(.75)] !r{lclc}{Classification} !s{lclc}{celsius}{Classifier}{-40}{Classified})
      )
  }
}}}