## Uses of Class
org.apache.lucene.search.suggest.tst.TernaryTreeNode

Packages that use TernaryTreeNode
org.apache.lucene.search.suggest.tst: Ternary Search Tree based autosuggest.

Uses of TernaryTreeNode in org.apache.lucene.search.suggest.tst

Methods in org.apache.lucene.search.suggest.tst that return TernaryTreeNode
`TernaryTreeNode` `TSTAutocomplete.insert(TernaryTreeNode currentNode, CharSequence s, Object val, int x)` Inserts a key in TST creating a series of Binary Search Trees at each node.

Methods in org.apache.lucene.search.suggest.tst that return types with arguments of type TernaryTreeNode
`ArrayList<TernaryTreeNode>` `TSTAutocomplete.prefixCompletion(TernaryTreeNode root, CharSequence s, int x)` Auto-completes a given prefix query using Depth-First Search with the end of prefix as source node each time finding a new leaf to get a complete key to be added in the suggest list.

Methods in org.apache.lucene.search.suggest.tst with parameters of type TernaryTreeNode
`void` `TSTAutocomplete.balancedTree(Object[] tokens, Object[] vals, int lo, int hi, TernaryTreeNode root)` Inserting keys in TST in the order middle,small,big (lexicographic measure) recursively creates a balanced tree which reduces insertion and search times significantly.
`TernaryTreeNode` `TSTAutocomplete.insert(TernaryTreeNode currentNode, CharSequence s, Object val, int x)` Inserts a key in TST creating a series of Binary Search Trees at each node.
`ArrayList<TernaryTreeNode>` `TSTAutocomplete.prefixCompletion(TernaryTreeNode root, CharSequence s, int x)` Auto-completes a given prefix query using Depth-First Search with the end of prefix as source node each time finding a new leaf to get a complete key to be added in the suggest list.

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