úÎ=ü7ÜJ      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHI  Safe-InferredJPriority queue. K>Non-empty list of adjacent nodes given in an ascending order. L8First element from the the adjacent list, which is also # a priority in the priority queue. M&Tail elements from the adjacent list. N7Remove minimal edge (from, weight, to) from the queue. O6Find the shortest path from the beginning node to one  of the ending nodes. JKPQRSTULMNVWOSUO JKPQRSTULMNVWO NoneXYZ[\]X[\]XYZ[\]NoneFCost represents a cost (or weight) of a symbol insertion, deletion or G substitution. It can depend on edit operation position and on symbol  values. <Cost of edit operation. It has to be a non-negative value! Position in a sentence. (A word parametrized with character type a. 2Simple cost function: all edit operations cost 1.     None "Susbtitution map for an alphabet. ,Substition desription for some character x. CCost function with edit operations divided with respect to weight. I Two operations with the same cost should be assigned to the same group. ;TODO: Add Choice data contructor together with appropriate $ implementation: Choice Char Weight DTransform CostDiv to plain Cost function with default weight value. CTransform CostDiv to plain Cost function with default weight value  set to +Infinity.        None<Restricted generalized edit distance between two words with  given cost function. NoneGFind all words within a list with restricted generalized edit distance  from x lower or equall to k. None $A trie of words with character type a and entry type b . It can be  thought of as a map of type [a] -> b. "Value in the node. #-Edges to subtries annotated with characters. $A   with ^ values in nodes. /Construct the  ' from the list of (word, value) pairs. 2>Elminate common subtries. The result is algebraically a trie ) but is represented as a DAWG in memory. 35Serialize the trie and eliminate all common subtries 8 along the way. TODO: perhaps the function name should  be different? 4FIXME: Null node list case. _5Collect unique tries and assign identifiers to them.  !"#$%&'(`)*+,-./01234_abc !"#$%&'()*+,-./01234$ !"#%&'()*+,-.1/0342 !"#$%&'(`)*+,-./01234_abcNone 5'A Row represents one node of the DAWG. 7Value in the node. 81Edges to subnodes (represented by array indices)  annotated with characters. 92A directed acyclic word graph with character type a and dictionary  entry type b. ;Root (index) of the DAWG <Vector of DAWG nodes =A DAWGD dictionary is a 9 which may have the d value * along the path from the root to a leave. >9Find and eliminate all common subtries in the input trie , and return the trie represented as a DAWG. ?9Transform the DAWG to implicit DAWG in a form of a trie. H9Assumptiom: root node is last in the serialization list. 56789:;<=>?@ABCDEFGHefg56789:;<=>?@ABCDEFGH=9:;<>?@A5678EFBCDGH56789:;<=>?@ABCDEFGHefg NonehCWe can check, if CostDiv satisfies basic properties. On the other 2 hand, we do not do this for plain Cost function. ijklmnopqrsthuvhilkjmnopqrsthuvNoneIGFind all words within a trie with restricted generalized edit distance  lower or equall to k. IwIIIw None !"#$/256789:;<=>? !"#$/29:;<5678=>?x     !"#$%&&'()*+,-./ 01234567899:;<<=>?@A0B'CDEF78%GHIJKLHMNOPQR S S T U V WXYZ[\]^_XY`abc % d  e f S S g h i j I k l mno adict-0.2.0NLP.Adict.CoreNLP.Adict.CostDivNLP.Adict.DistNLP.Adict.BruteNLP.Adict.TrieNLP.Adict.DAWGNLP.Adict.BasicNLP.Adict.GraphNLP.Adict.DAWG.NodeNLP.Adict.Nearest NLP.AdictCostinsertdeletesubstWeightPosWord# costDefaultSubMapSubCostDivposModGroupFilterpredicweight mapWeightmkSubunSubsubOnmkSubMaptoCost toCostInfeditDistsearchTrievalueInedgeMapTrieDunTriechildanyChildmkTriesetValue substChildsizefollowlookupfromListtoListfromLang implicitDAWG serialize deserializeRowrowValuerowEdgesDAWGrootarrayDAWGDfromTriefromDAWGrowedgesedgeOnentrycharOnPQAdjproxyfollsminViewminPathfromtoIsEndEdgeEdgespushNodeunNodemkNode nodeValue nodeEdgesbase Data.MaybeMaybecollectemptycollect' $fBinaryTrie $fFunctorTrieNothingunRowmkRow $fBinaryDAWGWhichInsDelnodeIDnodePosnodeCharNodeIDweightOf $fOrdNode$fEqNodesearch'