bool CMorphDictionary::FindWord(string& InputWordStr, bool cap, bool predict, bool max_predict, vector<CFindWordNode>& results) const
{
size_t nLen = InputWordStr.length();
if ( (nLen == 0)
|| (nLen > GLOBAL_MAX_WORD_LEN))
return false;
RmlMakeUpper (InputWordStr, m_Language);
CResultVector FlexResults;
bool retval = FlexFind(InputWordStr, FlexResults);
if( !retval )
return( false );
retval = FindBases(InputWordStr, FlexResults, results);
if( retval )
return( true );
if( !predict )
return( false );
if( InputWordStr.length() < m_Predict.m_CountOfLetters )
return( false );
retval = PredictByDataBase(InputWordStr, FlexResults, results,cap,max_predict);
return (retval);
}
// CLemmatizer::LemmatizeWord should return true if
// the word was found in the dictionary, if it was predicted, then it returns false
bool CLemmatizer::LemmatizeWord(string& InputWordStr, const bool cap, const bool predict, vector<CAutomAnnotationInner>& results, bool bGetLemmaInfos) const
{
RmlMakeUpper (InputWordStr, GetLanguage());
size_t WordOffset = 0;
m_pFormAutomat->GetInnerMorphInfos(InputWordStr, 0, results);
bool bResult = !results.empty();
if (results.empty())
{
if (m_bUsePrediction)
{
PredictBySuffix(InputWordStr, WordOffset, 4, results); // the length of the minal suffix is 4
if (InputWordStr[WordOffset-1] != '-') // and there is no hyphen
{
size_t KnownPostfixLen = InputWordStr.length()-WordOffset;
size_t UnknownPrefixLen = WordOffset;
if (KnownPostfixLen < 6)// if the known part is too short
//if (UnknownPrefixLen > 5)// no prediction if unknown prefix is more than 5
{
if (!IsPrefix(InputWordStr.substr(0, UnknownPrefixLen)))
results.clear();
};
};
// отменяем предсказание по местоимениям, например "Семыкиным"
for (size_t i=0; i<results.size(); i++)
if (m_NPSs[results[i].m_ModelNo] == UnknownPartOfSpeech)
{
results.clear();
break;
};
};
};
if (!results.empty())
{
if (bGetLemmaInfos)
GetLemmaInfos(InputWordStr, WordOffset, results);
}
else
if (m_bUsePrediction)
{
PredictByDataBase(InputWordStr, results,cap);
};
return bResult;
}
// 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 CGerSyntaxOpt :: InitOptionsLanguageSpecific()
{
// reading adjektives
string strFileName = GetSyntaxFilePath()+"adj_prp.txt";
{
if (!ReadListFile (strFileName.c_str(),(*m_pAdjPrp)))
return false;
// deleting valency information
for (size_t i=0; i < m_pAdjPrp->size(); i++)
{
string& s = (*m_pAdjPrp)[i];
int q = s.find("+");
if (q != string::npos)
s.erase(q);
q = s.find(" ");
if (q != string::npos)
s.erase(q);
RmlMakeUpper(s, morphGerman);
};
sort(m_pAdjPrp->begin(), m_pAdjPrp->end());
};
// reading formats
strFileName = GetSyntaxFilePath()+"gformats.txt";
m_FormatsGrammar.m_Language = morphGerman;
m_FormatsGrammar.m_pGramTab = GetGramTab();
m_FormatsGrammar.m_SourceGrammarFile = strFileName;
if (!LoadGrammarForGLR(m_FormatsGrammar, true, false))
{
ErrorMessage( Format("Cannot load %s\n", strFileName.c_str()));
return false;
};
return true;
}
bool CRusSemStructure::SetLemmasToReplace(string LemmasToReplace)
{
m_SynthLemmaToReplace.clear();
RmlMakeUpper(LemmasToReplace,morphRussian);
StringTokenizer tok(LemmasToReplace.c_str(), ";");
while (tok())
{
char lemma1[255];
char lemma2[255];
string OnePair = tok.val();
if (sscanf(OnePair.c_str(), "%[^/]/%[^/]", lemma1, lemma2) != 2)
return false;
string lem1=lemma1;
Trim(lem1);
if (lem1.empty()) return false;
string lem2=lemma2;
Trim(lem2);
if (lem2.empty()) return false;
m_SynthLemmaToReplace[lem1] = lem2;
};
return true;
};
bool CGrammarItem::AddAttribute(string Name, string Value, MorphLanguageEnum Language, string& ErrorStr)
{
if (Value.length() > 0)
if (Value[0] == '"')
{
if ( (Value.length()<2) || (Value[Value.length() - 1] != '"'))
{
ErrorStr = Format("no matching quotation mark for attribute value \"%s\"",Value.c_str());
return false;
};
Value = Value.substr(1, Value.length()-2);
};
if (Name == "root")
{
m_bSynMain = true;
return true;
};
if (Name == "type")
{
m_TokenType = StringToTokenType(Value);
if (m_TokenType == OTHER_TOKEN_TYPE)
{
ErrorStr = Format("unknown token type:%s ",Value.c_str());
return false;
}
};
if (Name == "hom")
{
if (Value == "yes")
m_bCanHaveManyHomonyms = true;
else
if (Value == "no")
m_bCanHaveManyHomonyms = false;
else
{
ErrorStr = Format("Bad value for attribute \"hom\" (\"%s\"). It can be \"yes\" or \"no\"",Value.c_str());
return false;
};
if (m_TokenType == OTHER_TOKEN_TYPE)
m_TokenType = (Language == morphRussian) ? RLE : LLE;
return true;
};
if (Name == "grm")
{
m_MorphPattern.m_GrmAttribute = Value;
if (m_TokenType == OTHER_TOKEN_TYPE)
m_TokenType = (Language == morphRussian) ? RLE : LLE;
return true;
};
if (Name == "form")
{
m_Token = Value;
RmlMakeUpper(m_Token, Language);
m_ItemStrId = Value;
if ( (m_TokenType == OTHER_TOKEN_TYPE) && !m_Token.empty())
{
if (ispunct((BYTE)m_Token[0]))
m_TokenType = PUNCTUAT;
else
if (isdigit((BYTE)m_Token[0]))
m_TokenType = NUM;
else
if (Language == morphRussian)
{
if (CheckLanguage(m_Token, Language))
m_TokenType = RLE;
}
else
{
if (CheckLanguage(m_Token, Language))
m_TokenType = LLE;
}
};
return true;
};
if (Name == "register")
{
if (Value == "AA")
m_Register = UpUp;
else
if (Value == "aa")
m_Register = LowLow;
else
if (Value == "Aa")
m_Register = UpLow;
else
{
ErrorStr = Format("Bad value for attribute \"register\" (\"%s\"). It can be \"AA\", \"aa\" or \"Aa\"",Value.c_str());
return false;
};
if (m_TokenType == OTHER_TOKEN_TYPE)
m_TokenType = (Language == morphRussian) ? RLE : LLE;
return true;
};
if (Name == "filename")
{
Value = GetPathByFile(CurrentSourceFileName) + Value;
if (m_TokenType == OTHER_TOKEN_TYPE)
m_TokenType = (Language == morphRussian) ? RLE : LLE;
}
m_Attributes[Name] = Value;
return true;
};
void CLemWord::SetWordStr (string NewValue, MorphLanguageEnum langua)
{
m_strWord = NewValue;
m_strUpperWord = NewValue;
RmlMakeUpper(m_strUpperWord, langua);
};
//----------------------------------------------------------------------------
// Ищет слова по заданному в файле перечню.
// В файле на каждой строке сначала стоит часть речи, а потом лемма.
//----------------------------------------------------------------------------
void CMorphwizardView::OnToolsSelectByFile()
{
// TODO: Add your command handler code here
CFileDialog D(TRUE, "slf", "paradigms.txt");
if (D.DoModal() != IDOK) return;
FILE * fp = fopen (D.GetPathName(),"rb");
if (!fp)
{
AfxMessageBox ("Cannot open file");
return;
};
char buf[1000];
std::string strNotFound;
int ParadigmCount = 0;
found_paradigms.clear();
while (fgets(buf, 1000, fp))
{
std::string Line = buf;
Trim(Line);
if (Line.empty()) continue;
StringTokenizer tok (Line.c_str(), ";");
if (!tok())
{
std::string mess = std::string("cannot get lemma from ") + buf + std::string("; The format should be <Lemma>;<TypeGrammems>;<MorphPattern>");
AfxMessageBox (mess.c_str());
break;
};
std::string Lemma = tok.val();
Trim(Lemma);
if (!tok())
{
std::string mess = std::string("cannot get type grammem ") + buf + std::string("; The format should be <Lemma> <PartofSpeech> <Grammems>");
AfxMessageBox (mess.c_str());
break;
};
std::string TypeAncode;
{
std::string grams = tok.val();
Trim(grams);
if (grams != "*")
if (!GetWizard()->slf2ancode(grams, TypeAncode ))
{
std::string mess = std::string("cannot process type grammems ") + grams;
AfxMessageBox (mess.c_str());
break;
};
};
if (!tok())
{
std::string mess = std::string("cannot get morphological pattern ") + buf + std::string("; The format should be <Lemma>;<TypeGrammems>;<MorphPattern>");
AfxMessageBox (mess.c_str());
break;
};
std::string FirstCode;
{
std::string PosStr = tok.val();
Trim(PosStr);
if (!GetWizard()->slf2ancode(PosStr,FirstCode ))
{
std::string mess = std::string("cannot process morph. pattern ") + PosStr;
AfxMessageBox (mess.c_str());
break;
};
};
std::vector<lemma_iterator_t> curr_found_paradigms;
RmlMakeUpper(Lemma, GetWizard()->m_Language);
bool bFound = false;
GetWizard()->find_lemm(Lemma.c_str(), true, curr_found_paradigms);
for(size_t i=0; i<curr_found_paradigms.size(); i++ )
{
std::string str_pos = GetWizard()->m_FlexiaModels[curr_found_paradigms[i]->second.m_FlexiaModelNo].get_first_code();;
if (curr_found_paradigms[i]->second.GetCommonAncodeIfCan() == TypeAncode)
if( FirstCode == str_pos )
if (std::find(found_paradigms.begin(), found_paradigms.end(), curr_found_paradigms[i]) == found_paradigms.end())
{
found_paradigms.push_back(curr_found_paradigms[i]);
bFound = true;
};
}
if (!bFound)
strNotFound += Format("Not found: %s\r\n", Line.c_str());
};
fclose(fp);
FilterFoundParadigms();
ShowFoundParadigms();
if (!strNotFound.empty())
echo(strNotFound.c_str());
}
void CMorphwizardView::OnFind()
{
try
{
m_FoundList.DeleteAllItems();
found_paradigms.clear();
m_FindWhat.SetFocus();
CString find_what;
m_FindWhat.GetWindowText(find_what);
if (find_what == "") return;
ChangeHistory((const char*)find_what);
CWizardProgressMeter meter(*GetWizard());
if(GetCheckedRadioButton(IDC_RFIND_LEM,IDC_WORD_FORM)==IDC_RFIND_LEM)
{
std::string s = find_what;
RmlMakeUpper(s, GetWizard()->m_Language);
Trim(s);
char ch = s[0];
if( '0'<=ch && ch<='9' )
{
int prdno = atoi(s.c_str());
GetWizard()->find_lemm_by_prdno(prdno,found_paradigms);
}
else
{
if (s.substr(0,7) == "ACCENT=")
{
int accent_model_no = atoi(s.c_str()+7);
GetWizard()->find_lemm_by_accent_model(accent_model_no, found_paradigms);
}
else
GetWizard()->find_lemm(s.c_str(), false, found_paradigms);
};
}
//
if(GetCheckedRadioButton(IDC_RFIND_LEM,IDC_WORD_FORM)==IDC_RFIND_GRM)
GetWizard()->find_lemm_by_grammem((const char *)find_what, found_paradigms);
if(GetCheckedRadioButton(IDC_RFIND_LEM,IDC_WORD_FORM)==IDC_WORD_FORM)
{
std::string s = find_what;
// нельзя применять RmlMakeUpper из-за "*"
if (GetWizard()->IsGerman())
GerMakeUpper(s);
else
EngRusMakeUpper(s);
GetWizard()->find_wordforms(s.c_str(), found_paradigms);
};
// findinsg by gramcode
if(GetCheckedRadioButton(IDC_RFIND_LEM,IDC_FIND_BY_GRAMCODE)==IDC_FIND_BY_GRAMCODE)
{
std::string s = find_what;
GetWizard()->find_ancodes(s.c_str(), found_paradigms);
};
if(GetCheckedRadioButton(IDC_RFIND_LEM,IDC_FIND_BY_USERNAME)==IDC_FIND_BY_USERNAME)
{
std::string s = find_what;
GetWizard()->find_lemm_by_user(s.c_str(), found_paradigms);
};
// proceed filter string
FilterFoundParadigms();
ShowFoundParadigms();
}
catch (CExpc C)
{
ErrorMessage(C.m_strCause);
}
}