public FullLemmaInfo[] FastFindAllWord(string word)
{
word = word.ToUpper();
List <FullLemmaInfo> result = new List <FullLemmaInfo>();
if (Lemmas.ContainsKey(word))
{
foreach (LemmaInfo li in Lemmas[word].GetItems())
{
FlexiaModel flexiaModel = this.FlexiaModels[li.FlexiaModelNo];
FullLemmaInfo fi = new FullLemmaInfo(li.FlexiaModelNo,
li.AccentModelNo,
li.CommonAncode);
fi.CommonLemma = word;
fi.CommonMF = flexiaModel.FirstMF;
fi.CurrentMF = flexiaModel.FirstMF;
result.Add(fi);
}
}
for (int i = 0; i <= word.Length && i < FastFlexia.Length; i++)
{
string end = word.Substring(word.Length - i);
List <int> nos;
if (FastFlexia[i].TryGetValue(end, out nos))
{
foreach (int iFlexiaModelNo in nos)
{
FlexiaModel flexiaModel = this.FlexiaModels[iFlexiaModelNo];
MorphologicForm morphForm = flexiaModel.FindMorphologicFormByFlex(end);
{
if (word.StartsWith(morphForm.PrefixStr))
{
string commonWord = word.Substring(morphForm.PrefixStr.Length, word.Length - morphForm.FlexiaStr.Length - morphForm.PrefixStr.Length) + flexiaModel.FirstFlex;
if (Lemmas.ContainsKey(commonWord))
{
foreach (LemmaInfo li in Lemmas[commonWord].GetItems())
{
if (li.FlexiaModelNo == iFlexiaModelNo)
{
FullLemmaInfo fi = new FullLemmaInfo(li.FlexiaModelNo,
li.AccentModelNo,
li.CommonAncode);
fi.CommonLemma = commonWord;
fi.CommonMF = flexiaModel.FirstMF;
fi.CurrentMF = morphForm;
result.Add(fi);
}
}
}
}
}
}
}
}
return(result.ToArray());
}
//private FullLemmaInfo SlowFindWord(string word)
//{
// Set<FullLemmaInfo> result = SlowFindAllWord(word);
// if (result.Count == 0)
// return FullLemmaInfo.Unknown;
// FullLemmaInfo maxFlex = new FullLemmaInfo();
// foreach (FullLemmaInfo fi in result.Keys)
// {
// if (fi.CurrentMF.FlexiaStr != null
// && (maxFlex.CurrentMF.FlexiaStr == null
// || fi.CurrentMF.FlexiaStr.Length > maxFlex.CurrentMF.FlexiaStr.Length))
// maxFlex = fi;
// }
// return maxFlex;
//}
//private Set<FullLemmaInfo> SlowFindAllWord(string word)
//{
// word = word.ToUpper();
// Set<FullLemmaInfo> result = new Set<FullLemmaInfo>();
// if (FlexiaModels != null)
// for (int iFlexiaModelNo = 0; iFlexiaModelNo < FlexiaModels.Count; iFlexiaModelNo++)
// {
// FlexiaModel flexiaModel = this.FlexiaModels[iFlexiaModelNo];
// if (flexiaModel.Flexia != null && flexiaModel.Flexia.Values.Count != 0)
// foreach (MorphologicForm morphForm in flexiaModel.Flexia.Values)
// {
// if (word.EndsWith(morphForm.FlexiaStr) && (word.StartsWith(morphForm.PrefixStr)))
// {
// string commonWord = word.Substring(morphForm.PrefixStr.Length, word.Length - morphForm.FlexiaStr.Length - morphForm.PrefixStr.Length) + flexiaModel.FirstFlex;
// if (Lemmas.ContainsKey(commonWord))
// {
// foreach(
// if (Lemmas[commonWord].FlexiaModelNo == iFlexiaModelNo)
// {
// FullLemmaInfo fi = new FullLemmaInfo(Lemmas[commonWord].FlexiaModelNo,
// Lemmas[commonWord].AccentModelNo,
// Lemmas[commonWord].CommonAncode);
// fi.CommonLemma = commonWord;
// fi.CommonMF = flexiaModel.FirstMF;
// fi.CurrentMF = morphForm;
// result.Add(fi);
// }
// }
// }
// }
// }
// return result;
//}
#endregion
#region New/Fast find functions
#if ENABLE_FAST_FINDING
public FullLemmaInfo FastFindWord(string word)
{
//Set<FullLemmaInfo> result = FindAllWord(word);
FullLemmaInfo[] result = FastFindAllWord(word);
if (result.Length == 0)
{
return(FullLemmaInfo.Unknown);
}
FullLemmaInfo maxFlex = new FullLemmaInfo();
foreach (FullLemmaInfo fi in result)
{
if (fi.CurrentMF.FlexiaStr != null &&
(maxFlex.CurrentMF.FlexiaStr == null ||
fi.CurrentMF.FlexiaStr.Length > maxFlex.CurrentMF.FlexiaStr.Length))
{
maxFlex = fi;
}
}
return(maxFlex);
}
public void Add(FullLemmaInfo fullLemmaInfo)
{
Result.Add(fullLemmaInfo);
}
