Package de.julielab.jcore.ae.coordbaseline.main

Class Baseline

  • public class Baseline
extends Object
    Author:
    lichtenwald This class serves as an interface to the class Sentence, which takes on the computation. Here, three methods ara available: predictEEE, predictConjuncts and predictEllipsis.

    • Constructor Detail

      • Baseline

        public Baseline()
        Constructor

    • Method Detail

      • predictEEE

        public ArrayList<CoordinationToken> predictEEE​(ArrayList<CoordinationToken> coordinationTokenList)
        This method is used to compute the proposal of the EEE within a given sentence. The input consists of an ArrayList of CoordinationTokens. Each CoordinationToken represents a word(token) and its entity label. For further information please consult the comments and documentation of the CoordinationToken class. The output is again an ArrayList of CoordinationTokens which is basically the input ArrayList with a major alteration: each CoordinationToken now contains a defined EEE label. The approach is first to instantiate a Sentence object using the given coordinationTokenList. Then in the second step to call the method predictEEE of this instantiated object which returns the proposed information.
        Parameters:
        coordinationTokenList - ArrayList of CoordinationTokens which represents a sentence
        Returns:
        coordinationTokenList ArrayList of CoordinationTokens which represents a sentence and now has a EEE label added to each of its CoordinationTokens

      • predictConjuncts

        public ArrayList<CoordinationToken> predictConjuncts​(ArrayList<CoordinationToken> coordinationTokenList)
        This method is used to compute the proposal of component parts (conjuncts, conjunctions, antecedents) within an elliptical entity expression (EEE). The input consists of an ArrayList of CoordinationTokens. Each CoordinationToken represents a word (token) and its part-of-speech tag (POS tag). For further information please consult the comments and documentation of the CoordinationToken class. The output is again an ArrayList od CoordinationTokens which is basically the input ArrayList with a major alteration: each CoordinationToken now contains a defined coordination label. The approach is first to instantiate an object of the class Sentence using the given coordinationTokenList. Then in the second step, the method predictConjuncts of the new instantiated object is called. It returns the proposed information.
        Parameters:
        coordinationTokenList - ArrayList of CoordinationTokens which represents an EEE
        Returns:
        coordinationTokenList ArrayList od CoordinationTokens which represents an EEE and now has a coordination label added to each of its CoordinationTokens

      • predictEllipsis

        public String predictEllipsis​(ArrayList<CoordinationToken> coordinationTokenList)
        This method is used to sompute the proposal of the resolved ellipsis within an elliptical entity expression (EEE). The input consists of an ArrayList of coordinationTokens. Each CoordinationToken represents a word (token), its part-of-speech tag (POS tag) and its coordination label. For further information please consult the comments and documentation of the CoordinationToken class. The output is a String which represents the resolved ellipsis. The approach is first to instantiate an object of the class Sentence using the given coordinationTokenList. Then the method predictEllipsis is called, which returns the proposed information.
        Parameters:
        coordinationTokenList - ArrayList of CoordinationTokens which represents an EEE
        Returns:
        string String thiich represents the resolved ellipsis