/*
Выдает по парадигме прилагательного наречие, которое совпадает с краткой формой среднего рода
этого прилагательного, например:
"красивый" (ПРИЛ) -> "красиво" (НАР)
"лучше" (ПРИЛ) -> "хорошо" (НАР)
*/
UINT CSemanticsHolder::GetAdverbWith_O_ByAdjective (UINT AdjParadigmId, string AdjWordForm)
{
string AdvLemma;
CFormInfo Paradigm;
try {
if (!GetRusLemmatizer()->CreateParadigmFromID(AdjParadigmId, Paradigm))
return -1;
}
catch (...) {
return -1;
};
// ищем краткое прилагательное среднего рода
long k=0;
for (; k < Paradigm.GetCount(); k++)
{
string Form = Paradigm.GetWordForm(k);
string AnCode = Paradigm.GetAncode(k);
QWORD Grammems;
BYTE POS;
GetRusGramTab()->ProcessPOSAndGrammems(AnCode.c_str(), POS, Grammems );
if (( Grammems & _QM(rNeutrum)) && POS==ADJ_SHORT)
break;
};
if (k == Paradigm.GetCount()) return -1;
AdvLemma = Paradigm.GetWordForm(k);
return GetFirstParadigmId(morphRussian, AdvLemma, (1<<ADV));
};
bool CRusSentence::IsAdjDeclination (const CSynHomonym& H) const
{
if (!H.IsMorphNoun()) return false;
if (H.m_strLemma.length() < 3) return false;
if (H.m_lPradigmID == -1) return false;
string suffix = H.m_strLemma.substr(H.m_strLemma.length()-2);
bool bMasc = (suffix == "»…") || (suffix == "џ…");
bool bFem = (suffix == "јя") || (suffix == "яя");
if (!bMasc && !bFem) return false;
CFormInfo Info;
GetOpt()->GetLemmatizer()->CreateParadigmFromID(H.m_lPradigmID, Info);
for (long k=0; k < Info.GetCount(); k++)
{
string Ancode = Info.GetAncode(k);
QWORD g = GetRusGramTab()->GetAllGrammems(Ancode.c_str());
if ( g & _QM(rSingular) )
if ( g & _QM(rGenitiv) )
{
string Form = Info.GetWordForm(k);
int l = Form.length();
if (l < 3) return false;
if (bMasc)
return (Form.substr(l-3) == "≈√ќ")
|| (Form.substr(l-3) == "ќ√ќ");
else
return (Form.substr(l-2) == "ќ…")
|| (Form.substr(l-2) == "≈…");
};
};
return false;
};
// loading simple list of words from a file, lemmatizing it, and storing
void CMorphDictionary::LoadFrequentRoots(string path)
{
string load_path = path+"predictroots.txt";
FILE*fp = fopen (load_path.c_str(), "r");
if (!fp) return;
char buffer[1000];
while (fgets (buffer, 1000, fp))
{
string WordStr = buffer;
Trim(WordStr);
if (WordStr.empty()) continue;
RmlMakeUpper (WordStr, m_Language);
vector<CFindWordNode> FindResults;
bool retval = FindWord(WordStr, true, false, false, FindResults);
if (!retval) continue;
set<size_t> UsedFlexia;
for (size_t i=0; i<FindResults.size(); i++)
{
CFormInfo P;
P.Create( this,
FindResults[i].m_nBase,
FindResults[i].m_LemmaInfo,
FindResults[i].m_nFlex
);
for (size_t j=0; j < P.GetCount(); j++)
{
size_t FlexNo = P.GetFlexNoOfForm(j);
if (UsedFlexia.find(FlexNo) == UsedFlexia.end())
{
CPredictEndRoot R;
R.m_BaseNo = FindResults[i].m_nBase;
R.m_LemmaInfo = FindResults[i].m_LemmaInfo;
R.m_EndRoot = P.GetWordForm(j);
reverse(R.m_EndRoot.begin(),R.m_EndRoot.end());
R.m_FlexNo = FlexNo;
UsedFlexia.insert(FlexNo);
m_PredictEndRoots.push_back(R);
};
};
};
};
fclose(fp);
sort(m_PredictEndRoots.begin(), m_PredictEndRoots.end());
};
BOOL CNewRefArticles::OnSetActive()
{
// TODO: Add your specialized code here and/or call the base class
SetWindowText (m_Caption);
CRossDevApp* App = (CRossDevApp*)AfxGetApp();
CNewArticleWizard* P = (CNewArticleWizard*)GetParent();
m_List.ResetContent();
P->SetWizardButtons( PSWIZB_BACK|PSWIZB_NEXT|PSWIZB_FINISH);
for (size_t k = 0; k < m_RefsId.size(); k++)
{
CFormInfo Prd;
if (GetSemBuilder().m_RusStr.m_pData->GetRusLemmatizer()->CreateParadigmFromID(m_RefsId[k], Prd))
m_List.AddString(Prd.GetWordForm(0).c_str());
};
return CPropertyPage::OnSetActive();
}