public static bool IsRealWord(string inWord, CSpellApi cSpellApi, bool debugFlag)
{
// init
RootDictionary checkDic = cSpellApi.GetCheckDic();
RootDictionary unitDic = cSpellApi.GetUnitDic();
WordWcMap wordWcMap = cSpellApi.GetWordWcMap();
Word2Vec word2VecOm = cSpellApi.GetWord2VecOm();
int inWordLen = inWord.Length;
// TBD, change method name
int rwSplitWordMinLength = cSpellApi.GetDetectorRwSplitWordMinLength();
int rwSplitWordMinWc = cSpellApi.GetDetectorRwSplitWordMinWc();
// realword must be:
// 1. known in the dictionary
// 2. not exception, such as url, email, digit, ...
// => if excpetion, even is a non-word, no correction
// 3. must have word2Vector value (inWord is auto converted to LC)
// 4. frequency must be above a threshhold (inWord is auto to LC)
// TBD, need to be configureable 200
bool realWordFlag = (checkDic.IsValidWord(inWord)) && (!IsRealWordExceptions(inWord, unitDic) && (inWordLen >= rwSplitWordMinLength) && (word2VecOm.HasWordVec(inWord) == true) && (WordCountScore.GetWc(inWord, wordWcMap) >= rwSplitWordMinWc));
if (debugFlag == true)
{
bool wordInDicFlag = checkDic.IsValidWord(inWord);
bool wordExceptionFlag = IsRealWordExceptions(inWord, unitDic);
bool lengthFlag = (inWordLen >= rwSplitWordMinLength);
bool word2VecFlag = word2VecOm.HasWordVec(inWord);
bool wcFlag = (WordCountScore.GetWc(inWord, wordWcMap) >= rwSplitWordMinWc);
DebugPrint.PrintRwSplitDetect(inWord, realWordFlag, wordInDicFlag, wordExceptionFlag, lengthFlag, word2VecFlag, wcFlag, debugFlag);
}
return(realWordFlag);
}
// private methods
private static bool IsValidMergeCand(MergeObj mergeObj, CSpellApi cSpellApi)
{
// WC is not used here
WordWcMap wordWcMap = cSpellApi.GetWordWcMap();
Word2Vec word2VecOm = cSpellApi.GetWord2VecOm();
string coreMergeStr = mergeObj.GetCoreMergeWord();
int rwMergeCandMinWc = cSpellApi.GetCanRwMergeCandMinWc();
bool flag = ((word2VecOm.HasWordVec(coreMergeStr)) && (WordCountScore.GetWc(coreMergeStr, wordWcMap) >= rwMergeCandMinWc));
return(flag);
}
// for the split, we don't want Aa as a valid word
// because it will cause too much noise (less precision)
// TBD ... re-organize
private static bool IsValidSplitWord(string inWord, CSpellApi cSpellApi)
{
// splitWord uses LexiconNoAa for Dic
RootDictionary splitWordDic = cSpellApi.GetSplitWordDic();
WordWcMap wordWcMap = cSpellApi.GetWordWcMap();
Word2Vec word2VecOm = cSpellApi.GetWord2VecOm();
RootDictionary unitDic = cSpellApi.GetUnitDic();
RootDictionary pnDic = cSpellApi.GetPnDic();
//RootDictionary aaDic = cSpellApi.GetAaDic();
int rwSplitCandMinWc = cSpellApi.GetCanRwSplitCandMinWc();
// real-word cand split word must:
// 1. check if in the splitWordDic, No Aa with a small length
// such as cel is an overlap, it is aa or not-aa
// 2. has word2Vec
// 3. has WC
// 4. not unit, mg -> ...
// 5. not properNoun, human -> Hu man, where Hu is pn
// children -> child ren, where ren is pn
bool flag = (splitWordDic.IsDicWord(inWord)) && (word2VecOm.HasWordVec(inWord) == true) && (WordCountScore.GetWc(inWord, wordWcMap) >= rwSplitCandMinWc) && (!unitDic.IsDicWord(inWord)) && (!pnDic.IsDicWord(inWord));
return(flag);
}
// real-word candidate has more restriction than non-word
// TBD, need to organize the code ...
// the check should be done in the ranking
// Core process for real-word candidates
private static bool IsValid1To1Cand(string inWord, string cand, CSpellApi cSpellApi)
{
RootDictionary suggestDic = cSpellApi.GetSuggestDic();
Word2Vec word2VecOm = cSpellApi.GetWord2VecOm();
WordWcMap wordWcMap = cSpellApi.GetWordWcMap();
// real-word, check phonetic and suggDic
// 1. check suggDic
// 1.1 edDist <= 1
// 1.2 edDist <= 2 && phonetic dist <= 1
// 2. check if inflections, not a candidate real-word, not correct
bool flag = false;
int rw1To1CandMinWc = cSpellApi.GetCanRw1To1CandMinWc();
int rw1To1CandMinLength = cSpellApi.GetCanRw1To1CandMinLength();
string inWordLc = inWord.ToLower();
int inWordLen = inWordLc.Length;
int candLen = cand.Length;
int lenDiff = inWordLen - candLen;
// 1. check suggDic and inflVars
if ((suggestDic.IsDicWord(cand) == true) && (word2VecOm.HasWordVec(cand) == true) && (candLen >= rw1To1CandMinLength) && (WordCountScore.GetWc(cand, wordWcMap) >= rw1To1CandMinWc) && (InflVarsUtil.IsInflectionVar(inWordLc, cand) == false)) // not inflVars
{
//&& ((lenDiff <= 1) && (lenDiff >= -1))) // length diff <= 1
// more restriction for real-word candidates
int pmDist = Metaphone2.GetDistance(inWordLc, cand);
int prDist = RefinedSoundex.GetDistance(inWordLc, cand);
int leadDist = GetLeadCharDist(inWordLc, cand);
int endDist = GetEndCharDist(inWordLc, cand);
int lengthDist = GetLengthDist(inWordLc, cand);
int totalDist1 = leadDist + endDist + lengthDist + pmDist + prDist;
int editDist = EditDistance.GetDistanceForRealWord(inWordLc, cand);
int totalDist2 = editDist + pmDist + prDist;
// if they sound the same
if ((pmDist == 0) && (prDist == 0))
{
flag = true;
}
// if they sound similar and orthographic is also similar
// fixed from empierical test, not configuable
else if ((totalDist1 < 3) && (totalDist2 < 4) && (pmDist * prDist == 0))
{
flag = true;
}
}
return(flag);
}