<iNode> (intermediate (or internal) node) represents an intermediate (or internal) node of a tree. [19.2 Trees ]Module nets — 19 Graphs, Networks, and Trees Attributes att.global (@xml:id , @n , @xml:lang , @rend , @rendition , @xml:base , @xml:space ) (att.global.linking (@corresp , @synch , @sameAs , @copyOf , @next , @prev , @exclude , @select )) (att.global.analytic (@ana )) (att.global.facs (@facs )) (att.global.change (@change ))
value provides the value of an intermediate node, which is a feature
structure or other analytic element.Status Optional
Datatype
Values A valid identifier of a feature structure or other analytic
element.
children provides a list of identifiers of the elements which are the children of
the intermediate node.Status Required
Datatype 1–∞ occurrences of separated by whitespace
Values A list of identifiers.
parent provides the identifier of the element which is the parent of this node.Status Optional
Datatype
Values The identifier of the parent node.
ord (ordered) indicates whether or not the internal node is ordered.Status Optional
Datatype
Note
The value true indicates that the children of
the intermediate node are ordered, whereas false
indicates the are unordered.
Use if and only if
ord is specified as
partial on the
tree element and the
intermediate node has more than one child.
follow provides an identifier of
the element which this node
follows.Status Optional
Datatype
Values The identifier of another intermediate node or leaf of the tree.
Note
If the tree is unordered or partially ordered, this attribute
has the property of fixing the relative order of the intermediate node
and the element which is the value of the attribute.
outDegree gives the out degree of an intermediate node, the number of its
children.Status Optional
Datatype
Values A nonnegative integer.
Note
The in degree of an intermediate node is always 1.
Used by
Contained by May contain
Declaration Compact to XML format XML format to compact <rng:element name="iNode "> <rng:ref name="att.global.attributes "/> <rng:ref name="att.global.linking.attributes "/> <rng:ref name="att.global.analytic.attributes "/> <rng:ref name="att.global.facs.attributes "/> <rng:ref name="att.global.change.attributes "/> <rng:optional> <rng:attribute name="value "> <rng:ref name="data.pointer "/> </rng:attribute> </rng:optional> <rng:attribute name="children "> <rng:list> <rng:ref name="data.pointer "/> <rng:zeroOrMore> <rng:ref name="data.pointer "/> </rng:zeroOrMore> </rng:list> </rng:attribute> <rng:optional> <rng:attribute name="parent "> <rng:ref name="data.pointer "/> </rng:attribute> </rng:optional> <rng:optional> <rng:attribute name="ord "> <rng:ref name="data.xTruthValue "/> </rng:attribute> </rng:optional> <rng:optional> <rng:attribute name="follow "> <rng:ref name="data.pointer "/> </rng:attribute> </rng:optional> <rng:optional> <rng:attribute name="outDegree "> <rng:ref name="data.count "/> </rng:attribute> </rng:optional> <rng:optional> <rng:ref name="label "/> </rng:optional> </rng:element>
element iNode
{
att.global.attributes ,
att.global.linking.attributes ,
att.global.analytic.attributes ,
att.global.facs.attributes ,
att.global.change.attributes ,
attribute value { data.pointer }?,
attribute children { list { data.pointer , data.pointer * } },
attribute parent { data.pointer }?,
attribute ord { data.xTruthValue }?,
attribute follow { data.pointer }?,
attribute outDegree { data.count }?,
label ?
}
Example
<iNode xml:id="pt1 " children="#GD-UP1 " parent="#GD-VB1 " follow="#GD-PN1 " outDegree="1 "> <label> PT
</label> </iNode>