private void AssignRoleFor(CoordinatedPhraseBuilder phrase)
{
switch (phrase.PhraseCategory)
{
case phraseCategory.ADJECTIVE_PHRASE:
AddModifier(phrase);
break;
default:
AddUnassignedChild(phrase);
break;
}
}
/// <summary>Transform this PrepositionalPhraseBuilder into a CoordinatedPhraseBuilder and return that CoordinatedPhraseBuilder.</summary>
/// <remarks>The prepositional phrase's Complements do not get incorporated into the CoordinatedPhraseElement. Instead, each of those elements
/// must be applied to one of the coordinated elements. This will change the syntactic structure of the tree, but while doing that we want to preserve the original
/// word order. To accomplish that we first create a series of dictionaries that temporarily store the various elements of the original (non-coordinated) phrase,
/// along with the original order of those elements. <para>Then we add those elements into the CoordinatedPhraseBuilder, using the dictionaries to preserve
/// ordering.</para></remarks>
private protected sealed override CoordinatedPhraseBuilder AsCoordinatedPhrase()
{
Dictionary <PartOfSpeechBuilder, int> partsOfSpeech = GetPartsOfSpeechAndIndices();
Dictionary <IElementTreeNode, int> heads = GetHeadsAndIndices();
Dictionary <IElementTreeNode, int> complements = GetComplementsAndIndices();
CoordinatedPhraseBuilder result = base.AsCoordinatedPhrase();
foreach (IElementTreeNode eachComplement in complements.Keys)
{
eachComplement.DetachFromParent();
eachComplement
.Complete(ElementWithIndexNearest(complements[eachComplement], heads))
?.SetChildOrdering(eachComplement, partsOfSpeech);
}
;
return(result);
}
/// <summary>Transform this AdjectivePhraseBuilder into a CoordinatedPhraseBuilder and return that CoordinatedPhraseBuilder.</summary>
/// <remarks>The adjective phrase's Modifiers do not get incorporated into the CoordinatedPhraseElement. Instead, each of those elements
/// must be applied to one of the coordinated elements. This will change the syntactic structure of the tree, but while doing that we want to preserve the original
/// word order. To accomplish that we first create a series of dictionaries that temporarily store the various elements of the original (non-coordinated) phrase,
/// along with the original order of those elements. <para>Then we add those elements into the CoordinatedPhraseBuilder, using the dictionaries to preserve
/// ordering.</para></remarks>
private protected sealed override CoordinatedPhraseBuilder AsCoordinatedPhrase()
{
Dictionary <PartOfSpeechBuilder, int> partsOfSpeech = GetPartsOfSpeechAndIndices();
Dictionary <IElementTreeNode, int> heads = GetHeadsAndIndices();
Dictionary <IElementTreeNode, int> modifiers = GetModifiersAndIndices();
CoordinatedPhraseBuilder result = base.AsCoordinatedPhrase();
foreach (IElementTreeNode eachModifier in modifiers.Keys)
{
eachModifier.DetachFromParent();
eachModifier
.Modify(ElementWithIndexNearest(modifiers[eachModifier], heads))
?.SetChildOrdering(eachModifier, partsOfSpeech);
}
;
return(result);
}
private void AssignRoleFor(CoordinatedPhraseBuilder phrase)
{
switch (phrase.PhraseCategory)
{
case phraseCategory.PREPOSITIONAL_PHRASE:
AddHead(phrase);
break;
case phraseCategory.NOUN_PHRASE:
AddComplement(phrase);
break;
case phraseCategory.VERB_PHRASE:
AddComplement(phrase);
break;
default:
AddUnassignedChild(phrase);
break;
}
}
