public static void AddIfNotExists(this List <MorphoAmbiguityTuple_t> mats, MorphoAmbiguityTuple_t mat)
{
for (int i = 0, len = mats.Count; i < len; i++)
{
if (Equals(mats[i], mat))
{
return;
}
}
mats.Add(mat);
}
private static bool Equals(MorphoAmbiguityTuple_t x, MorphoAmbiguityTuple_t y)
{
if (!WordFormMorphology_t.Equals(ref x.WordFormMorphology, ref y.WordFormMorphology))
{
return(false);
}
if (string.CompareOrdinal(x.Word.valueUpper, y.Word.valueUpper) != 0)
{
return(false);
}
return(x.PunctuationType == y.PunctuationType);
}
unsafe public WordMorphoAmbiguity_t Create(word_t word, int wordIdex)
{
while (_MorphoAmbiguityTuples_Buffer.Count <= wordIdex)
{
_MorphoAmbiguityTuples_Buffer.Add(new List <MorphoAmbiguityTuple_t>(DEFAULT_WORDFORMMORPHOLOGY_COUNT));
}
var punctuationType = MorphoAmbiguityTuple_t.GetPunctuationType(word);
var buffer = _MorphoAmbiguityTuples_Buffer[wordIdex];
buffer.Clear();
buffer.Add(new MorphoAmbiguityTuple_t(word, new WordFormMorphology_t(), punctuationType));
return(new WordMorphoAmbiguity_t(word, punctuationType, buffer));
}
unsafe public WordMorphoAmbiguity_t Create(word_t word, int wordIdex, WordFormMorphology_t[] wordFormMorphologies)
{
while (_MorphoAmbiguityTuples_Buffer.Count <= wordIdex)
{
_MorphoAmbiguityTuples_Buffer.Add(new List <MorphoAmbiguityTuple_t>(DEFAULT_WORDFORMMORPHOLOGY_COUNT));
}
var punctuationType = MorphoAmbiguityTuple_t.GetPunctuationType(word);
var buffer = _MorphoAmbiguityTuples_Buffer[wordIdex];
buffer.Clear();
for (int i = 0, len = wordFormMorphologies.Length; i < len; i++)
{
buffer.Add(new MorphoAmbiguityTuple_t(word, wordFormMorphologies[i], punctuationType));
}
return(new WordMorphoAmbiguity_t(word, punctuationType, buffer));
}
