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The <tv:_Inline> abstract element is referenced within the tv:Inline type, as follows: <xs:complexType name="Inline" mixed="true"> <xs:sequence> <xs:element ref="_Inline" minOccurs="0" maxOccurs="unbounded" /> </xs:sequence> </xs:complexType> This says that any element with the type tv:Inline (which includes the <tv:Description> element, for example) can contain mixed content with any number of elements that belong to the tv:_Inline substitution group. The equivalent type definition would be <xs:complexType name="Inline" mixed="true"> <xs:sequence> <xs:choice minOccurs="0" maxOccurs="unbounded"> <xs:element ref="_Inline" /> <xs:element ref="Character" /> <xs:element ref="Actor" /> <xs:element ref="Link" /> </xs:choice> </xs:sequence> </xs:complexType> Using substitution groups in this way simplifies the content models used in a schema, and allows other users to extend a schema to add elements to a substitution group. The second common use for substitution groups in schemas is to create a substitution group hierarchy that supports the type hierarchy. This is commonly used in data-oriented markup languages. The example in TVGuide2.xsd is the substitution group that s headed by the <tv:_Person> abstract element: <xs:element name="_Person" type="Person" abstract="true" /> which has as its members the <tv:Writer>, <tv:Director>, and <tv:Producer> elements: <xs:element name="Writer" substitutionGroup="_Person" /> <xs:element name="Director" substitutionGroup="_Person" /> <xs:element name="Producer" substitutionGroup="_Person" /> The <tv:_Person> element is referenced from within the tv:PersonList type: <xs:complexType name="PersonList"> <xs:sequence maxOccurs="unbounded"> <xs:element ref="_Person" /> </xs:sequence> </xs:complexType> This definition enables the tv:Writers, tv:Directors, and tv:Producers types to be derived from the tv:PersonList type by restricting the elements that are allowed within each. For example, the tv:Writers type is defined as follows: <xs:complexType name="Writers"> <xs:complexContent>

Figure 6-9. The Rotate mode of the 3D Transform Manipulator tool can flip your object in any direction. Last of the three 3D Transform Manipulator modes is Scale, which has the small blue square icon. Click this icon, and you see that the tool in Scale mode looks similar to Translate, except that instead of arrowheads, you have a circular blob on the end of each colored line (see Figure 6-10). It works similarly to Translate; but instead of the whole object moving on the plane, only one face of the object moves. This way, Scale mode turns your default cube into brick-like shapes with rectangular sides.

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<xs:restriction base="PersonList"> <xs:sequence maxOccurs="unbounded"> <xs:element ref="Writer" /> </xs:sequence> </xs:restriction> </xs:complexContent> </xs:complexType> The end result is that the <tv:Writers>, <tv:Directors>, and <tv:Producers> elements have a common type of tv:PersonList, and that the <tv:Writer>, <tv:Director>, and <tv:Producer> elements have a common type of tv:Person and belong to the tv:_Person substitution group. Each of these commonalities is a hook that you can use within a stylesheet to produce common behavior for these elements.

In the schema-element() node test, the name that you specify may be the name of the head element of a substitution group. In this case, the node test will match any element whose name is the same as any of the members of that substitution group. For example, the node test schema-element(tv:_Person) will match any element called <tv:Writer>, <tv:Director>, or <tv:Producer>, whose type is (or is derived from) tv:Person (the declared type of the <tv:_Person> element). Substitution groups are very useful for simplifying your stylesheet, because they enable you to treat all elements in the particular substitution group in the same way. For example, if we wanted to process all lists of people in the same way (by creating an HTML unordered list, say), we could select all the people within those lists very simply: <xsl:template match="element(*, tv:PersonList)"> <ul> <xsl:for-each select="schema-element(tv:_Person)"> <li><xsl:apply-templates select="tv:Name" /></li> </xsl:for-each> </ul> </xsl:template> Matching or selecting using a substitution group ensures that if the markup changes, such as the addition of other kinds of lists of people, the stylesheet will probably be able to handle the extra elements correctly.

Figure 6-10. The 3D Transform Manipulator s Scale mode distorts the selected object along each of the three axes.

the head element of a substitution group, then elements whose name is the same as a member element of that substitution group will be matched as well.

In this example, we ll look at how to use substitution groups to get common behavior for a bunch of elements The substitution group we ll concentrate on is the tv:_Inline substitution group, which has as members all the elements that can appear inline within a <tv:Description> element Currently, in description4xsl, we have separate templates for each of the elements that can appear within the <tv:Description> element Most of these templates do almost exactly the same thing: create a <span> element whose class attribute is the lowercase version of the element name, and apply templates to the content of the element.

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