Schema documentation for component diggs:archingModel

The arching (load-transfer) model these coefficients were computed under: Marston, Hewlett-Randolph, Zaeske, adapted-Terzaghi, Prandtl and so on. A coefficient reported without its model is not interpretable, and the dictionary Occurrence condition of every coefficient keys on this element. Use the DIGGS dictionary archingModel.xml for the list of values.

QName

Type

Use

codeSpace

anyURI

optional

<element minOccurs="1" name="archingModel" type="gml:CodeType"> <annotation> <documentation>The arching (load-transfer) model these coefficients were computed under: Marston, Hewlett-Randolph, Zaeske, adapted-Terzaghi, Prandtl and so on. A coefficient reported without its model is not interpretable, and the dictionary Occurrence condition of every coefficient keys on this element. Use the DIGGS dictionary archingModel.xml for the list of values.</documentation> </annotation> </element>

One or more named coefficients belonging to the model stated in archingModel, each a diggs:AuthorizedParameter or diggs:ProvenancedParameter whose parameterName codeSpace resolves into ri_design_properties.xml. The property type is diggs:AuthorizedParameterArrayPropertyType, not diggs:ParameterArrayPropertyType, so the schema itself enforces the dictionary binding: a consumer can type and validate each coefficient against its definition rather than infer it from a bare name-value pair.

<diggs:coefficient xmlns:diggs="http://diggsml.org/schemas/3"> <diggs:AuthorizedParameter gml:id="" index="">{1,1}</diggs:AuthorizedParameter> <diggs:ProvenancedParameter gml:id="" index="">{1,1}</diggs:ProvenancedParameter> </diggs:coefficient>

<element minOccurs="0" name="coefficient" type="diggs:AuthorizedParameterArrayPropertyType"> <annotation> <documentation>One or more named coefficients belonging to the model stated in archingModel, each a diggs:AuthorizedParameter or diggs:ProvenancedParameter whose parameterName codeSpace resolves into ri_design_properties.xml. The property type is diggs:AuthorizedParameterArrayPropertyType, not diggs:ParameterArrayPropertyType, so the schema itself enforces the dictionary binding: a consumer can type and validate each coefficient against its definition rather than infer it from a bare name-value pair.</documentation> </annotation> </element>

Database handle for the object. It is of XML type ID, so is constrained to be unique in the XML document within which it occurs. An external identifier for the object in the form of a URI may be constructed using standard XML and XPointer methods. This is done by concatenating the URI for the document, a fragment separator, and the value of the id attribute.

<complexType name="ArchingCoefficientType">
  <complexContent>
    <extension base="diggs:AbstractComponentObjectBaseType">
      <sequence>
        <element minOccurs="1" name="archingModel" type="gml:CodeType">
          <annotation>
            <documentation>The arching (load-transfer) model these coefficients were computed under: Marston, Hewlett-Randolph, Zaeske, adapted-Terzaghi, Prandtl and so on. A coefficient reported without its model is not interpretable, and the dictionary Occurrence condition of every coefficient keys on this element. Use the DIGGS dictionary archingModel.xml for the list of values.</documentation>
          </annotation>
        </element>
        <element minOccurs="0" name="coefficient" type="diggs:AuthorizedParameterArrayPropertyType">
          <annotation>
            <documentation>One or more named coefficients belonging to the model stated in archingModel, each a diggs:AuthorizedParameter or diggs:ProvenancedParameter whose parameterName codeSpace resolves into ri_design_properties.xml. The property type is diggs:AuthorizedParameterArrayPropertyType, not diggs:ParameterArrayPropertyType, so the schema itself enforces the dictionary binding: a consumer can type and validate each coefficient against its definition rather than infer it from a bare name-value pair.</documentation>
          </annotation>
        </element>
      </sequence>
    </extension>
  </complexContent>
</complexType>

Showing: