static void Main(string[] args)
{
//string testString = "장세기";
//EngToKor etk = new EngToKor();
//Console.WriteLine("입력값 : " + testString);
//Console.WriteLine("영문 한글 변환 : " + etk.Trans(testString));
//testString = etk.Trans(testString);
//KorToPhoneme ktp = new KorToPhoneme();
//string KeyPhoneme = ktp.Trans(testString);
//Console.WriteLine("한글 자소 분리 : " + KeyPhoneme);
//AutoComplete bac = new AutoComplete();
//Console.WriteLine("suggest : " + bac.BibleSuggestProcess(KeyPhoneme));
//Console.WriteLine("normal : " + bac.NormalProcess(bac.BibleSuggestProcess(KeyPhoneme)));
//Console.WriteLine();
AutoComplete ac = new AutoComplete();
KorToPhoneme ktp = new KorToPhoneme();
string KeyPhoneme = ktp.Trans("우리는");
string[] temp = ac.WorshipSuggestProcess(KeyPhoneme);
foreach (string str in temp)
{
Console.WriteLine(str);
}
}
// 한글 변환 파싱 된 스트링을 넣으면 가장 확률이 놓은 요소를 반환
public string BibleSuggestProcess(string keyword)
{
//성경 전용이 아니도록 고쳐야함.
int topIndex = 0;
int topValue = 0;
KorToPhoneme ktp = new KorToPhoneme();
for (var i = 0; i < Box.BibleList().Count; i++)
{
int bibleLen = ktp.Trans(Box.BibleList()[i].ToString()).Length;
// Boundary 를 위해 커팅할 길이 체크
int cutLen;
if (bibleLen < keyword.Length)
{
cutLen = bibleLen;
}
else
{
cutLen = keyword.Length;
}
string tempStr = ktp.Trans(Box.BibleList()[i].ToString()).Substring(0, cutLen);
char[] tempCh = tempStr.ToCharArray();
ArrayList tempStrArrList = new ArrayList();
tempStrArrList.AddRange(tempCh);
int tempMatch = 0;
for (var j = 0; j < cutLen; j++)
{
if (tempStrArrList.Contains(keyword[j]))
{
tempMatch++;
tempStrArrList.Remove(keyword[j]);
}
}
// 일치율이 최대인 값을 저장.
if (topValue < tempMatch)
{
topValue = tempMatch;
topIndex = i;
}
}
return(Box.BibleList()[topIndex].ToString());
}
public string[] WorshipSuggestProcess(string keyword)
{
string[] worshopArr = GetFileList(@"찬양집");
KorToPhoneme ktp = new KorToPhoneme();
int[] rank = new int[worshopArr.Length];
int[,] rec = new int[5, 2];
for (var i = 0; i < worshopArr.Length; i++)
{
// Boundary 를 위해 커팅할 길이 체크
int cutLen;
if (worshopArr[i].Length < keyword.Length)
{
cutLen = worshopArr[i].Length;
}
else
{
cutLen = keyword.Length;
}
string tempStr = ktp.Trans(worshopArr[i]).Substring(0, cutLen);
char[] tempCh = tempStr.ToCharArray();
ArrayList tempStrArrList = new ArrayList();
tempStrArrList.AddRange(tempCh);
for (var j = 0; j < cutLen; j++)
{
if (tempStrArrList.Contains(keyword[j]))
{
rank[i]++;
tempStrArrList.Remove(keyword[j]);
}
}
MatchRank(ref rec, i, rank[i]++);
}
string[] rankList = new string[rec.GetLength(0)];
for (var i = 0; i < rankList.Length; i++)
{
rankList[i] = worshopArr[rec[i, 1]];
}
return(rankList);
}
