/**
* <summary>Given the parsed xml node which contains information about a word and related attributes including the
* dependencies, the method constructs a {@link TurkishDependencyTreeBankWord} from it.</summary>
* <param name="wordNode">Xml parsed node containing information about a word.</param>
*/
public TurkishDependencyTreeBankWord(XmlNode wordNode)
{
int i;
int toWord = 0, toIg = 0;
_originalParses = new List <MorphologicalParse>();
name = wordNode.InnerText;
var ig = wordNode.Attributes["IG"].Value;
_parse = new MorphologicalParse(SplitIntoInflectionalGroups(ig));
var relationName = wordNode.Attributes["REL"].Value;
if (relationName != "[,( )]")
{
char[] delimiters = { '[', '(', ')', ']', ',' };
var relationParts = relationName.Split(delimiters);
var index = 0;
for (i = 0; i < relationParts.Length; i++)
{
if (relationParts[i].Length != 0)
{
index++;
switch (index)
{
case 1:
toWord = int.Parse(relationParts[i]);
break;
case 2:
toIg = int.Parse(relationParts[i]);
break;
case 3:
var dependencyType = relationParts[i];
_relation = new TurkishDependencyRelation(toWord - 1, toIg - 1, dependencyType);
break;
}
}
}
}
for (i = 1; i <= 9; i++)
{
if (wordNode.Attributes["ORG_IG" + i] != null)
{
ig = wordNode.Attributes["ORG_IG" + i].Value;
var groups = SplitIntoInflectionalGroups(ig);
var morphologicalParse = new MorphologicalParse(groups);
_originalParses.Add(morphologicalParse);
}
else
{
break;
}
}
}
public void Setup()
{
parse1 = new MorphologicalParse("bayan+NOUN+A3SG+PNON+NOM");
parse2 = new MorphologicalParse("yaşa+VERB+POS^DB+ADJ+PRESPART");
parse3 = new MorphologicalParse("serbest+ADJ");
parse4 = new MorphologicalParse("et+VERB^DB+VERB+PASS^DB+VERB+ABLE+NEG+AOR+A3SG");
parse5 = new MorphologicalParse("sür+VERB^DB+VERB+CAUS^DB+VERB+PASS+POS^DB+NOUN+INF2+A3SG+P3SG+NOM");
parse6 = new MorphologicalParse("değiş+VERB^DB+VERB+CAUS^DB+VERB+PASS+POS^DB+VERB+ABLE+AOR^DB+ADJ+ZERO");
parse7 = new MorphologicalParse(
"iyi+ADJ^DB+VERB+BECOME^DB+VERB+CAUS^DB+VERB+PASS+POS^DB+VERB+ABLE^DB+NOUN+INF2+A3PL+P3PL+ABL");
parse8 = new MorphologicalParse("değil+ADJ^DB+VERB+ZERO+PAST+A3SG");
parse9 = new MorphologicalParse("hazır+ADJ^DB+VERB+ZERO+PAST+A3SG");
}
/**
* <summary>Discrete attribute for a given word. Returns the last part of speech (main part of speech) of the word</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public MainPosAttribute(MorphologicalParse parse) : base(parse.GetPos())
{
}
/**
* <summary>Binary attribute for a given word. If the last inflectional group of the word contains ACCUSATIVE tag,
* the attribute will be "true", otherwise "false".</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public LastIGContainsTagAccusativeAttribute(MorphologicalParse parse) : base(parse, MorphologicalTag.ACCUSATIVE)
{
}
/**
* <summary>Binary attribute for a given word. If the last inflectional group of the word contains POSSESSIVE tag,
* the attribute will be "true", otherwise "false".</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public LastIGContainsPossessiveAttribute(MorphologicalParse parse) : base(parse.LastIGContainsPossessive())
{
}
/**
* <summary>Binary attribute for a given word. If the word is represents a number (if the morphological parse contains
* tag REAL or CARDINAL), the attribute will have the value "true", otherwise "false".</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public IsNumberAttribute(MorphologicalParse parse) : base(parse.IsNumber())
{
}
/**
* <summary>Binary attribute for a given word. If the last inflectional group of the word contains INSTRUMENTAL tag,
* the attribute will be "true", otherwise "false".</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public LastIGContainsTagInstrumentalAttribute(MorphologicalParse parse) : base(parse,
MorphologicalTag.INSTRUMENTAL)
{
}
/**
* <summary>Binary attribute for a given word. If the last inflectional group of the word contains ABLATIVE tag,
* the attribute will be "true", otherwise "false".</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public LastIGContainsTagAblativeAttribute(MorphologicalParse parse) : base(parse, MorphologicalTag.ABLATIVE)
{
}
/**
* <summary> Binary attribute for a given word. If the word is an auxiliary verb, the attribute will have
* the value "true", otherwise "false".</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public IsAuxiliaryVerbAttribute(MorphologicalParse parse) : base(parse.IsAuxiliary() && parse.IsVerb())
{
}
/**
* <summary>Binary attribute for a given word. If the word represents a date (if the morphological parse contains
* tag DATE), the attribute will have the value "true", otherwise "false".</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public IsDateAttribute(MorphologicalParse parse) : base(parse.IsDate())
{
}
/**
* <summary>Binary attribute for a given word. If the word is represents a fraction (if the morphological parse contains
* tag FRACTION), the attribute will have the value "true", otherwise "false".</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public IsFractionAttribute(MorphologicalParse parse) : base(parse.IsFraction())
{
}
/**
* <summary> Binary attribute for a given word. If the word is an adjective, the attribute will have
* the value "true", otherwise "false".</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public IsAdjectiveAttribute(MorphologicalParse parse) : base(parse.IsAdjective())
{
}
public void SetMorphologicalAnalysis(MorphologicalParse parse)
{
_layers[ViewLayerType.INFLECTIONAL_GROUP] = new MorphologicalAnalysisLayer(parse.ToString());
_layers[ViewLayerType.PART_OF_SPEECH] = new MorphologicalAnalysisLayer(parse.ToString());
}
/**
* <summary> Discrete attribute for a given word. If the last inflectional group of the word contains case information, the
* attribute will have that case value. Otherwise the attribute will have the value null.</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public CaseAttribute(MorphologicalParse parse) : base(parse.LastIGContainsCase())
{
}
/**
* Discrete attribute for a given word. Returns the part of speech of the root word
* @param parse Morphological parse of the word.
*/
public RootPosAttribute(MorphologicalParse parse) : base(parse.GetRootPos())
{
}
/**
* <summary>Binary attribute for a given word. If the word represents a date (if the morphological parse contains
* tag PROPERNOUN), the attribute will have the value "true", otherwise "false".</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public IsProperNounAttribute(MorphologicalParse parse) : base(parse.IsProperNoun())
{
}
/**
* <summary>Binary attribute for a given word. If the word is represents a real number (if the morphological parse contains
* tag REAL), the attribute will have the value "true", otherwise "false".</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public IsRealAttribute(MorphologicalParse parse) : base(parse.IsReal())
{
}
/**
* <summary>Binary attribute for a given word. If the last inflectional group of the word contains GENITIVE tag,
* the attribute will be "true", otherwise "false".</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public LastIGContainsTagGenitiveAttribute(MorphologicalParse parse) : base(parse, MorphologicalTag.GENITIVE)
{
}
/**
* <summary>Discrete attribute for a given word. Returns the the root word</summary>
* <param name="parse">Morphological parse of the word.</param>
*/
public RootFormAttribute(MorphologicalParse parse) : base(parse.GetWord().GetName())
{
}
/**
* <summary>Binary attribute for a given word. If the last inflectional group of the word contains tag,
* the attribute will be "true", otherwise "false".</summary>
* <param name="parse">Morphological parse of the word.</param>
* <param name="tag">Tag that is checked in the last inflectional group.</param>
*/
public LastIGContainsTagAttribute(MorphologicalParse parse, MorphologicalTag tag) : base(parse.LastIGContainsTag(tag))
{
}
