Constructor
new Tree(node)
- Source:
- See:
-
- inspired on Tree
- the lecture Tree Syntax of Natural Language
The nodes are given in order left to right as the words in a sentence appears The leaves are grouped into semantic representations provided by the Annotator This class is pretty useful to use along with the ParserAnnotator
Parameters:
| Name | Type | Description |
|---|---|---|
node |
Node |
Methods
(static) fromSentence(sentence, doubleLinkopt) → {Tree}
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Parameters:
| Name | Type | Attributes | Default | Description |
|---|---|---|---|---|
sentence |
Sentence | |||
doubleLink |
boolean |
<optional> |
false
|
whether the child nodes should have a reference to their parent or not - this allows the use of Node.parent() |
Returns:
tree
- Type
- Tree
(static) fromString(str, doubleLinkopt) → {Tree}
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Parameters:
| Name | Type | Attributes | Default | Description |
|---|---|---|---|---|
str |
string | |||
doubleLink |
boolean |
<optional> |
false
|
whether the child nodes should have a reference to their parent or not - this allows the use of Node.parent() |
Returns:
tree
- Type
- Tree
dump() → {string}
- Source:
Get a Tree string representation for debugging purposes
Returns:
tree
- Type
- string
visitDeepFirst()
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- See:
Performs Deep-first Search calling a visitor for each node
visitDeepFirstRight()
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- See:
Performs Deep-first Search calling a visitor for each node, from right to left
visitLeaves()
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- See:
Performs Deep-first Search calling a visitor only over leaves