private void Case_1__2(WordMorphoAmbiguity_t wma_0, WordMorphoAmbiguity_t wma_1)
{
var len_0 = wma_0.MorphoAmbiguityTuples.Count;
var len_1 = wma_1.MorphoAmbiguityTuples.Count;
if (len_0 == 1)
{
#region [.1 == mats_0 & 1 < mats_1.]
if (1 < len_1)
{
var ma_case_0 = (wma_0.MorphoAmbiguityTuples[0].WordFormMorphology.MorphoAttribute & MorphoAttributeAllCases);
if (!IsCaseAnycase(ma_case_0))
{
for (var j = 0; j < len_1; j++)
{
var mat_1 = wma_1.MorphoAmbiguityTuples[j];
var ma_1 = mat_1.WordFormMorphology.MorphoAttribute;
if (ma_case_0 == (ma_1 & MorphoAttributeAllCases))
{
_Mats_1.Add(mat_1);
}
}
if (_Mats_1.Count != 0)
{
var wasModify = (_Mats_1.Count < len_1);
if (wasModify)
{
wma_1.MorphoAmbiguityTuples.Clear();
wma_1.MorphoAmbiguityTuples.AddRange(_Mats_1);
}
_Mats_1.Clear();
}
}
}
#endregion
}
else if (len_1 == 1)
{
#region [.1 < mats_0 & 1 == mats_1.]
var ma_case_1 = (wma_1.MorphoAmbiguityTuples[0].WordFormMorphology.MorphoAttribute & MorphoAttributeAllCases);
if (!IsCaseAnycase(ma_case_1))
{
for (var i = 0; i < len_0; i++)
{
var mat_0 = wma_0.MorphoAmbiguityTuples[i];
var ma_0 = mat_0.WordFormMorphology.MorphoAttribute;
if (ma_case_1 == (ma_0 & MorphoAttributeAllCases))
{
_Mats_0.Add(mat_0);
}
}
if (_Mats_0.Count != 0)
{
var wasModify = (_Mats_0.Count < len_0);
if (wasModify)
{
wma_0.MorphoAmbiguityTuples.Clear();
wma_0.MorphoAmbiguityTuples.AddRange(_Mats_0);
}
_Mats_0.Clear();
}
}
#endregion
}
else
{
#region [.1 < mats_0 & 1 < mats_1.]
for (var i = 0; i < len_0; i++)
{
var mat_0 = wma_0.MorphoAmbiguityTuples[i];
var ma_case_0 = (mat_0.WordFormMorphology.MorphoAttribute & MorphoAttributeAllCases);
if (!IsCaseAnycase(ma_case_0))
{
for (var j = 0; j < len_1; j++)
{
var mat_1 = wma_1.MorphoAmbiguityTuples[j];
var ma_1 = mat_1.WordFormMorphology.MorphoAttribute;
if (ma_case_0 == (ma_1 & MorphoAttributeAllCases))
{
_Mats_0.AddIfNotExists(mat_0);
_Mats_1.AddIfNotExists(mat_1);
}
}
}
}
if (_Mats_0.Count != 0 /*&& _Mats_1.Count != 0*/)
{
var wasModify = ((_Mats_0.Count < len_0) || (_Mats_1.Count < len_1));
if (wasModify)
{
wma_0.MorphoAmbiguityTuples.Clear();
wma_0.MorphoAmbiguityTuples.AddRange(_Mats_0);
wma_1.MorphoAmbiguityTuples.Clear();
wma_1.MorphoAmbiguityTuples.AddRange(_Mats_1);
}
_Mats_0.Clear();
_Mats_1.Clear();
}
#endregion
}
}
private bool Case_1__1_stepII_2(WordMorphoAmbiguity_t wma_2)
{
System.Diagnostics.Debug.Assert(_Mats_0.Count == _Mats_1.Count, "_Mats_0.Count != _Mats_1.Count");
var len_0 = _Mats_0.Count /*|| _Mats_1.Count*/;
var len_2 = wma_2.MorphoAmbiguityTuples.Count;
if (len_0 == 1)
{
#region [.1 == _Mats_0 & 1 < wma.MorphoAmbiguityTuples.]
if (1 < len_2)
{
var ma_case_0 = (_Mats_0[0].WordFormMorphology.MorphoAttribute & MorphoAttributeAllCases);
if (!IsCaseAnycase(ma_case_0))
{
for (var j = 0; j < len_2; j++)
{
var mat_2 = wma_2.MorphoAmbiguityTuples[j];
var ma_2 = mat_2.WordFormMorphology.MorphoAttribute;
if (ma_case_0 == (ma_2 & MorphoAttributeAllCases))
{
_Mats_2_stepII.Add(mat_2);
}
}
if (_Mats_2_stepII.Count != 0)
{
var wasModify = (_Mats_2_stepII.Count < len_2);
if (wasModify)
{
wma_2.MorphoAmbiguityTuples.Clear();
wma_2.MorphoAmbiguityTuples.AddRange(_Mats_2_stepII);
}
_Mats_2_stepII.Clear();
return(wasModify);
}
}
}
#endregion
}
else if (len_2 == 1)
{
#region [.1 < _Mats_0 & 1 == wma.MorphoAmbiguityTuples.]
var ma_case_2 = (wma_2.MorphoAmbiguityTuples[0].WordFormMorphology.MorphoAttribute & MorphoAttributeAllCases);
if (!IsCaseAnycase(ma_case_2))
{
for (var i = 0; i < len_0; i++)
{
var mat_0 = _Mats_0[i];
var ma_0 = mat_0.WordFormMorphology.MorphoAttribute;
if (ma_case_2 == (ma_0 & MorphoAttributeAllCases))
{
_Mats_0_stepII.Add(mat_0);
var mat_1 = _Mats_1[i];
_Mats_1_stepII.Add(mat_1);
}
}
if (_Mats_0_stepII.Count != 0)
{
var wasModify = (_Mats_0_stepII.Count < len_0);
if (wasModify)
{
_Mats_0.Clear();
_Mats_0.AddRange(_Mats_0_stepII);
_Mats_1.Clear();
_Mats_1.AddRange(_Mats_1_stepII);
}
_Mats_0_stepII.Clear();
_Mats_1_stepII.Clear();
return(wasModify);
}
}
#endregion
}
else
{
#region [.1 < _Mats_0 & 1 < wma.MorphoAmbiguityTuples.]
for (var i = 0; i < len_0; i++)
{
var mat_0 = _Mats_0[i];
var ma_case_0 = (mat_0.WordFormMorphology.MorphoAttribute & MorphoAttributeAllCases);
if (!IsCaseAnycase(ma_case_0))
{
for (var j = 0; j < len_2; j++)
{
var mat_2 = wma_2.MorphoAmbiguityTuples[j];
var ma_2 = mat_2.WordFormMorphology.MorphoAttribute;
if (ma_case_0 == (ma_2 & MorphoAttributeAllCases))
{
_Mats_0_stepII.Add(mat_0);
var mat_1 = _Mats_1[i];
_Mats_1_stepII.Add(mat_1);
_Mats_2_stepII.Add(mat_2);
}
}
}
}
if (_Mats_0_stepII.Count != 0 /*&& _Mats_2_stepII.Count != 0*/)
{
var wasModify = ((_Mats_0_stepII.Count < len_0) || (_Mats_2_stepII.Count < len_2));
if (wasModify)
{
_Mats_0.Clear();
_Mats_0.AddRange(_Mats_0_stepII);
_Mats_1.Clear();
_Mats_1.AddRange(_Mats_1_stepII);
wma_2.MorphoAmbiguityTuples.Clear();
wma_2.MorphoAmbiguityTuples.AddRange(_Mats_2_stepII);
}
_Mats_0_stepII.Clear();
_Mats_1_stepII.Clear();
_Mats_2_stepII.Clear();
return(wasModify);
}
#endregion
}
return(false);
}
private void Run(WordMorphoAmbiguity_t wma_0, WordMorphoAmbiguity_t wma_1)
{
switch (wma_0.Word.posTaggerOutputType)
{
#region [.Case_1__2.]
//Preposition: {+ Noun, + Pronoun, + Numeral, + PossessivePronoun, + Adjective, + AdjectivePronoun}
case PosTaggerOutputType.Preposition:
#region
switch (wma_1.Word.posTaggerOutputType)
{
case PosTaggerOutputType.Noun:
case PosTaggerOutputType.Pronoun:
case PosTaggerOutputType.Numeral:
case PosTaggerOutputType.PossessivePronoun:
case PosTaggerOutputType.Adjective:
case PosTaggerOutputType.AdjectivePronoun:
Case_1__2(wma_0, wma_1);
break;
}
#endregion
break;
#endregion
#region [.Case_2.]
//PossessivePronoun + Noun
case PosTaggerOutputType.PossessivePronoun:
#region
if (wma_1.Word.posTaggerOutputType == PosTaggerOutputType.Pronoun)
{
Case_2(wma_0, wma_1);
}
#endregion
break;
//Adjective: {+ Noun, + Adjective}
case PosTaggerOutputType.Adjective:
#region
switch (wma_1.Word.posTaggerOutputType)
{
case PosTaggerOutputType.Noun:
case PosTaggerOutputType.Adjective:
Case_2(wma_0, wma_1);
break;
}
#endregion
break;
//AdjectivePronoun: {+ Noun, + Pronoun, + AdjectivePronoun, + Adjective}
case PosTaggerOutputType.AdjectivePronoun:
#region
switch (wma_1.Word.posTaggerOutputType)
{
case PosTaggerOutputType.Noun:
case PosTaggerOutputType.Pronoun:
case PosTaggerOutputType.AdjectivePronoun:
case PosTaggerOutputType.Adjective:
Case_2(wma_0, wma_1);
break;
}
#endregion
break;
//Numeral + Noun
case PosTaggerOutputType.Numeral:
#region
if (wma_1.Word.posTaggerOutputType == PosTaggerOutputType.Noun)
{
Case_2(wma_0, wma_1);
}
#endregion
break;
#endregion
}
}
private bool Case_1__1_stepII_1(List <MorphoAmbiguityTuple_t> mats, WordMorphoAmbiguity_t wma_2)
{
var len_0 = mats.Count;
var len_2 = wma_2.MorphoAmbiguityTuples.Count;
if (len_0 == 1)
{
#region [.1 == mats & 1 < wma.MorphoAmbiguityTuples.]
if (1 < len_2)
{
var ma_case_0 = (mats[0].WordFormMorphology.MorphoAttribute & MorphoAttributeAllCases);
if (!IsCaseAnycase(ma_case_0))
{
for (var j = 0; j < len_2; j++)
{
var mat_2 = wma_2.MorphoAmbiguityTuples[j];
var ma_2 = mat_2.WordFormMorphology.MorphoAttribute;
if (ma_case_0 == (ma_2 & MorphoAttributeAllCases))
{
_Mats_2_stepII.Add(mat_2);
}
}
if (_Mats_2_stepII.Count != 0)
{
var wasModify = (_Mats_2_stepII.Count < len_2);
if (wasModify)
{
wma_2.MorphoAmbiguityTuples.Clear();
wma_2.MorphoAmbiguityTuples.AddRange(_Mats_2_stepII);
}
_Mats_2_stepII.Clear();
return(wasModify);
}
}
}
#endregion
}
else if (len_2 == 1)
{
#region [.1 < mats & 1 == wma.MorphoAmbiguityTuples.]
var ma_case_2 = (wma_2.MorphoAmbiguityTuples[0].WordFormMorphology.MorphoAttribute & MorphoAttributeAllCases);
if (!IsCaseAnycase(ma_case_2))
{
for (var i = 0; i < len_0; i++)
{
var mat_0 = mats[i];
var ma_0 = mat_0.WordFormMorphology.MorphoAttribute;
if (ma_case_2 == (ma_0 & MorphoAttributeAllCases))
{
_Mats_0_stepII.Add(mat_0);
}
}
if (_Mats_0_stepII.Count != 0)
{
var wasModify = (_Mats_0_stepII.Count < len_0);
if (wasModify)
{
mats.Clear();
mats.AddRange(_Mats_0_stepII);
}
_Mats_0_stepII.Clear();
return(wasModify);
}
}
#endregion
}
else
{
#region [.1 < mats & 1 < wma.MorphoAmbiguityTuples.]
for (var i = 0; i < len_0; i++)
{
var mat_0 = mats[i];
var ma_case_0 = (mat_0.WordFormMorphology.MorphoAttribute & MorphoAttributeAllCases);
if (!IsCaseAnycase(ma_case_0))
{
for (var j = 0; j < len_2; j++)
{
var mat_2 = wma_2.MorphoAmbiguityTuples[j];
var ma_2 = mat_2.WordFormMorphology.MorphoAttribute;
if (ma_case_0 == (ma_2 & MorphoAttributeAllCases))
{
_Mats_0_stepII.Add(mat_0);
_Mats_2_stepII.Add(mat_2);
}
}
}
}
if (_Mats_0_stepII.Count != 0 /*&& _Mats_1__2.Count != 0*/)
{
var wasModify = ((_Mats_0_stepII.Count < len_0) || (_Mats_2_stepII.Count < len_2));
if (wasModify)
{
mats.Clear();
mats.AddRange(_Mats_0_stepII);
wma_2.MorphoAmbiguityTuples.Clear();
wma_2.MorphoAmbiguityTuples.AddRange(_Mats_2_stepII);
}
_Mats_0_stepII.Clear();
_Mats_2_stepII.Clear();
return(wasModify);
}
#endregion
}
return(false);
}
private bool Case_2(WordMorphoAmbiguity_t wma_0, WordMorphoAmbiguity_t wma_1)
{
var len_0 = wma_0.MorphoAmbiguityTuples.Count;
var len_1 = wma_1.MorphoAmbiguityTuples.Count;
if (len_0 == 1)
{
#region [.1 == mats_0 & 1 < mats_1.]
if (1 < len_1)
{
var ma_0 = wma_0.MorphoAmbiguityTuples[0].WordFormMorphology.MorphoAttribute;
var ma_case_0 = (ma_0 & MorphoAttributeAllCases);
if (!IsCaseAnycase(ma_case_0))
{
for (var j = 0; j < len_1; j++)
{
var mat_1 = wma_1.MorphoAmbiguityTuples[j];
if (ma_case_0 == (mat_1.WordFormMorphology.MorphoAttribute & MorphoAttributeAllCases))
{
_Mats_1.Add(mat_1);
}
}
if (_Mats_1.Count != 0)
{
if (Case_2_TryFilterByMask(MorphoAttributeAllNumber, ma_0, _Mats_1))
{
if (!IsGenderGeneral(ma_0))
{
Case_2_TryFilterByMask(MorphoAttributeAllGender, ma_0, _Mats_1);
}
}
var wasModify = (_Mats_1.Count < wma_1.MorphoAmbiguityTuples.Count);
if (wasModify)
{
wma_1.MorphoAmbiguityTuples.Clear();
wma_1.MorphoAmbiguityTuples.AddRange(_Mats_1);
}
_Mats_1.Clear();
return(wasModify);
}
}
}
#endregion
}
else if (len_1 == 1)
{
#region [.1 < mats_0 & 1 == mats_1.]
var ma_1 = wma_1.MorphoAmbiguityTuples[0].WordFormMorphology.MorphoAttribute;
var ma_case_1 = (ma_1 & MorphoAttributeAllCases);
if (!IsCaseAnycase(ma_case_1))
{
for (var i = 0; i < len_0; i++)
{
var mat_0 = wma_0.MorphoAmbiguityTuples[i];
if (ma_case_1 == (mat_0.WordFormMorphology.MorphoAttribute & MorphoAttributeAllCases))
{
_Mats_0.Add(mat_0);
}
}
if (_Mats_0.Count != 0)
{
if (Case_2_TryFilterByMask(MorphoAttributeAllNumber, ma_1, _Mats_0))
{
if (!IsGenderGeneral(ma_1))
{
Case_2_TryFilterByMask(MorphoAttributeAllGender, ma_1, _Mats_0);
}
}
var wasModify = (_Mats_0.Count < wma_0.MorphoAmbiguityTuples.Count);
if (wasModify)
{
wma_0.MorphoAmbiguityTuples.Clear();
wma_0.MorphoAmbiguityTuples.AddRange(_Mats_0);
}
_Mats_0.Clear();
return(wasModify);
}
}
#endregion
}
else
{
#region [.1 < mats_0 & 1 < mats_1.]
for (var i = 0; i < len_0; i++)
{
var mat_0 = wma_0.MorphoAmbiguityTuples[i];
var ma_0 = mat_0.WordFormMorphology.MorphoAttribute;
var ma_case_0 = (ma_0 & MorphoAttributeAllCases);
if (!IsCaseAnycase(ma_case_0))
{
for (var j = 0; j < len_1; j++)
{
var mat_1 = wma_1.MorphoAmbiguityTuples[j];
if (ma_case_0 == (mat_1.WordFormMorphology.MorphoAttribute & MorphoAttributeAllCases))
{
_Mats_0.AddIfNotExists(mat_0);
_Mats_1.AddIfNotExists(mat_1);
}
}
}
}
if (_Mats_0.Count != 0 /*&& _Mats_1.Count != 0*/)
{
if (Case_2_TryFilterByNumber(_Mats_0, _Mats_1))
{
Case_2_TryFilterByGender(_Mats_0, _Mats_1);
}
var wasModify = ((_Mats_0.Count < wma_0.MorphoAmbiguityTuples.Count) ||
(_Mats_1.Count < wma_1.MorphoAmbiguityTuples.Count)
);
if (wasModify)
{
wma_0.MorphoAmbiguityTuples.Clear();
wma_0.MorphoAmbiguityTuples.AddRange(_Mats_0);
wma_1.MorphoAmbiguityTuples.Clear();
wma_1.MorphoAmbiguityTuples.AddRange(_Mats_1);
}
_Mats_1.Clear();
_Mats_0.Clear();
return(wasModify);
}
#endregion
}
return(false);
}
