// broader matcher
private static bool IsQualified(string inWord)
{
bool qFlag = false;
// use coreTerm for URL and eMail
int ctType = CoreTermUtil.CT_TYPE_SPACE_PUNC_DIGIT;
CoreTermObj cto = new CoreTermObj(inWord, ctType);
string inCoreTerm = cto.GetCoreTerm();
// check if pass the matcher to be qualified
if ((ContainsEndingPunc(inWord) == true) && (InternetTokenUtil.IsEmail(inCoreTerm) == false) && (InternetTokenUtil.IsUrl(inCoreTerm) == false) && (DigitPuncTokenUtil.IsDigitPunc(inWord) == false)) //skip if digitPunc
{
qFlag = true;
}
return(qFlag);
}
public static string NormWordForWord2Vec(string inWord)
{
// 1. CoreTerm
int ctType = CoreTermUtil.CT_TYPE_SPACE_PUNC;
bool lcFlag = true;
string inWordCtLc = CoreTermUtil.GetCoreTerm(inWord, ctType, lcFlag);
// 2. find patterns of [NUM], [URL], [EMAIL]
string inWordPat = inWordCtLc;
if (InternetTokenUtil.IsUrl(inWordCtLc) == true)
{
inWordPat = PAT_URL;
}
else if (InternetTokenUtil.IsEmail(inWordCtLc) == true)
{
inWordPat = PAT_EMAIL;
}
else if (DigitPuncTokenUtil.IsPunc(inWordCtLc) == true)
{
inWordPat = ""; // remove puctuation
}
else if (DigitPuncTokenUtil.IsDigitPunc(inWordCtLc) == true)
{
inWordPat = PAT_NUM; // add puctuation test to remove
}
// Add test set special case
// TBD: convert the format [CONTACT] to [EMAIL]
// TBD: not to implemented, because it is better to
// sync the format in PreProcess: [CONTACT], [NUM], ...
// TBD: make sure the coreTerm does not take out above pattern
/*
* else if(inWord.equals("[CONTACT]") == true)
* {
* inWordPat = PAT_EMAIL; // could be Telephone number [PAT_NUM]
* }
*/
// 3. TBD: take care of xxx's
return(inWordPat);
}
// TBD: remove pnDic, aaDic
// Valid Exceptions: valid English words, but not in the dictionary.
// Such as digit, punc, digitPunc (no letter), Url, eMail
// measurement, unit,
// abbreviation, acronym, proper nouns: do not change the F1 after test
private static bool IsNonWordExceptions(string inWord, RootDictionary unitDic)
{
bool validExceptionFlag = (DigitPuncTokenUtil.IsDigit(inWord) == true) || (DigitPuncTokenUtil.IsPunc(inWord) == true) || (DigitPuncTokenUtil.IsDigitPunc(inWord) == true) || (InternetTokenUtil.IsUrl(inWord) == true) || (InternetTokenUtil.IsEmail(inWord) == true) || (IsEmptyString(inWord) == true) || (MeasurementTokenUtil.IsMeasurements(inWord, unitDic) == true);
return(validExceptionFlag);
}
// protected method
// get merge word by merge no, including shift window, fixed window size
protected internal static HashSet <MergeObj> GetMergeSetByMergeNo(int tarPos, List <TokenObj> nonSpaceTextList, int mergeNo, bool mergeWithHyphen, bool shortWordMerge, RootDictionary suggestDic, RootDictionary aADic, RootDictionary mwDic)
{
// output merge object list
HashSet <MergeObj> mergeSet = new HashSet <MergeObj>();
// find the merge object
int startPos = tarPos - mergeNo; // start pos index
startPos = ((startPos > 0) ? startPos : 0);
int size = nonSpaceTextList.Count;
// find the merge word, merged by remove spcae or repalce with "-"
// shift window by i
int startIndex = 0;
int tarIndex = nonSpaceTextList[tarPos].GetIndex();
string tarWord = nonSpaceTextList[tarPos].GetTokenStr();
int endIndex = 0;
// these are vars to be used to MergeObj
int objStartPos = 0;
int objTarPos = tarPos;
int objEndPos = 0;
// all possible merges
for (int i = startPos; i <= tarPos; i++)
{
// get the merged word with fixed window size (mergeNo)
string mergeWordBySpace = "";
string mergeWordByHyphen = "";
string orgMergeWord = ""; // the original word b4 merge
bool completeFlag = true;
startIndex = nonSpaceTextList[i].GetIndex();
bool firstToken = true;
objStartPos = i;
objEndPos = i + mergeNo;
int shortWordNo = 0;
// merge operations
for (int j = 0; j <= mergeNo; j++)
{
int curPos = i + j;
if (curPos < size) // check window size
{
TokenObj curTokenObj = nonSpaceTextList[curPos];
string tokenStr = curTokenObj.GetTokenStr();
// should move to a Util function file
// don't combine if exception of puntuaction
if ((DigitPuncTokenUtil.IsDigit(tokenStr) == true) || (DigitPuncTokenUtil.IsPunc(tokenStr) == true) || (DigitPuncTokenUtil.IsDigitPunc(tokenStr) == true) || (InternetTokenUtil.IsUrl(tokenStr) == true) || (InternetTokenUtil.IsEmail(tokenStr) == true)) // eMail
{
//|| (MeasurementTokenUtil.IsMeasurements(tokenStr, unitDic) == true))
completeFlag = false;
break;
}
else // where merege operation happen
// don't put the "-" or " " for the first token
{
if (firstToken == true)
{
mergeWordBySpace = tokenStr;
mergeWordByHyphen = tokenStr;
orgMergeWord = tokenStr;
firstToken = false;
shortWordNo = UpdateShortWordNo(tokenStr, SHORT_WORD_LENGTH, shortWordNo);
}
else
{
mergeWordBySpace += tokenStr;
mergeWordByHyphen += GlobalVars.HYPHEN_STR + tokenStr;
orgMergeWord += GlobalVars.SPACE_STR + tokenStr;
shortWordNo = UpdateShortWordNo(tokenStr, SHORT_WORD_LENGTH, shortWordNo);
}
endIndex = curTokenObj.GetIndex();
}
}
else // end of the text list, break out of the loop
{
completeFlag = false;
break;
}
}
// must complete the fixed window for merging
if (completeFlag == true)
{
// the orginal word (before merge) can't be a multiword
// such as "non clinical"
if (mwDic.IsDicWord(orgMergeWord) == false)
{
// check short word merge
if ((shortWordMerge == true) || (shortWordNo <= MAX_SHORT_WORD_NO)) // real-word
{
AddMergeObj(tarWord, orgMergeWord, mergeWordBySpace, mergeNo, startIndex, tarIndex, endIndex, objStartPos, objTarPos, objEndPos, mergeSet, suggestDic, aADic);
// Add merge with hyphen to candidate set
if (mergeWithHyphen == true)
{
AddMergeObj(tarWord, orgMergeWord, mergeWordByHyphen, mergeNo, startIndex, tarIndex, endIndex, objStartPos, objTarPos, objEndPos, mergeSet, suggestDic, aADic);
}
}
}
}
}
return(mergeSet);
}
