//################## Decoding Best ###################
public void DecBest(string strCT)
{
List<ans> listAns = new List<ans>();
// fulling the list with all possible answer
for (int i = 0; i < 26; i++)
{
// calling DecK function
string strPT = DecK(strCT, i);
// creat ans object
ans temp = new ans(i, 0, strPT);
listAns.Add(temp);
}
//just for cheking if list is working
//txtaOut.AppendText(listAns[2].getstrTxt() + listAns[2].getintId() + listAns[2].getintPoints());
// space or not
int intSpsCount = 0;
for (int i = 0; i < strCT.Length; i++ ) {
if (strCT[i].Equals(' ')) { intSpsCount++; }
}
// test for cout of space
//txtaOut.AppendText(intSpsCount.ToString());
if (intSpsCount == 0) { this.noSpase(listAns); }
if (intSpsCount > 0) { this.Space(listAns); }
}
public static void Main(string[] args)
{
int [] A = { 23, 12, 3, 544, 56, 567, 435234, 63, 6, 569, 567, 84, 6724, 62345 };
int x = 1136; // method must return 569 and 567
Program p = new Program();
ans a = p.getSumPair(A, x);
Console.WriteLine(a.num1 + " " + a.num2);
}
private ans getSumPair(int[] A, int x)
{
Dictionary <int, bool> d = new Dictionary <int, bool>();
ans a = new ans();
foreach (int i in A)
{
bool b = false;
if (d.TryGetValue(x - i, out b))
{
a.num1 = i;
a.num2 = x - i;
return(a);
}
else
{
d.Add(i, true);
}
}
return(a);
}
//################## Decoding Best ###################
public void DecBest(string strCT)
{
List <ans> listAns = new List <ans>();
// fulling the list with all possible answer
for (int i = 0; i < 26; i++)
{
// calling DecK function
string strPT = DecK(strCT, i);
// creat ans object
ans temp = new ans(i, 0, strPT);
listAns.Add(temp);
}
//just for cheking if list is working
//txtaOut.AppendText(listAns[2].getstrTxt() + listAns[2].getintId() + listAns[2].getintPoints());
// space or not
int intSpsCount = 0;
for (int i = 0; i < strCT.Length; i++)
{
if (strCT[i].Equals(' '))
{
intSpsCount++;
}
}
// test for cout of space
//txtaOut.AppendText(intSpsCount.ToString());
if (intSpsCount == 0)
{
this.noSpase(listAns);
}
if (intSpsCount > 0)
{
this.Space(listAns);
}
}
double?CompareText(ans a, ans q) //Compare the categories from the question answer-pair in the chat
{
double? inter = 0.00;
double? union = 0.00;
List <string> temp = new List <string>();
foreach (var c1 in a.cat)
{
foreach (var c2 in q.cat)
{
if (c1.mainlabel == c2.mainlabel)
{
inter = inter + ((c1.score + c2.score) / 2);
temp.Add(c1.mainlabel);
}
}
}
union = inter;
foreach (var c1 in a.cat)
{
if (!temp.Contains(c1.mainlabel))
{
union = union + c1.score;
}
}
foreach (var c2 in q.cat)
{
if (!temp.Contains(c2.mainlabel))
{
union = union + c2.score;
}
}
double?score = inter / union;
Debug.Log("score: " + score.Value.ToString("P2"));
return(score);
}
// compare user input and question using NLU to give relevence score
double?CompareText(ans a, ans q)
{
double? inter = 0.00;
double? union = 0.00;
List <string> temp = new List <string>();
foreach (var c1 in a.cat)
{
foreach (var c2 in q.cat)
{
if (c1.mainlabel == c2.mainlabel)
{
inter = inter + ((c1.score + c2.score) / 2);
temp.Add(c1.mainlabel);
}
}
}
union = inter;
foreach (var c1 in a.cat)
{
if (!temp.Contains(c1.mainlabel))
{
union = union + c1.score;
}
}
foreach (var c2 in q.cat)
{
if (!temp.Contains(c2.mainlabel))
{
union = union + c2.score;
}
}
double?score = inter / union;
return(score);
}
//&&&&&&&& no space &&&&&&&&&&&&&&&&
public void noSpase(List <ans> lstAns)
{
// int ECount = 0;
// int tempE = 0;
// ans best = new ans(-1, -1, "");
//outer for to go throw all answer
for (int i = 0; i < 26; i++)
{
/*
* tempE = 0;
* //loop throw cipher text and count e
* foreach (char temp in lstAns[i].getstrTxt()) {
* if (char.Equals(temp, 'e')) { tempE++; }
* }
* if (tempE > ECount){
* ECount = tempE;
* best = lstAns[i];
* }
*/
//Most Common Doubles
if (lstAns[i].getstrTxt().Contains("ss"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("ee"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("tt"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("ff"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("ll"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("mm"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("oo"))
{
lstAns[i].setintPoints(1);
}
//Digraphs
if (lstAns[i].getstrTxt().Contains("th"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("er"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("on"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("an"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("re"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("he"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("in"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("ed"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("nd"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("ha"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("at"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("en"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("es"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("of"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("or"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("nt"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("ea"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("ti"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("to"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("it"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("st"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("io"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("le"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("is"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("ou"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("ar"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("as"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("de"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("rt"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("ve"))
{
lstAns[i].setintPoints(1);
}
//Trigraphs
if (lstAns[i].getstrTxt().Contains("the"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("and"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("tha"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("ent"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("ion"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("tio"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("for"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("nde"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("has"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("nce"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("edt"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("tis"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("oft"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("sth"))
{
lstAns[i].setintPoints(1);
}
if (lstAns[i].getstrTxt().Contains("men"))
{
lstAns[i].setintPoints(1);
}
}//outer loop
ans best = new ans(-1, -1, "");
// loop throw list and return best points
for (int k = 0; k < 26; k++)
{
if (lstAns[k].getintPoints() > best.getintPoints())
{
best = lstAns[k];
}
}// for best points
if (best.getintPoints() == 0)
{
txtaOut.AppendText("#### SORRY COULDN'T FIND BEST ANSWER. TRY OTHER OPTIONS ####");
}
else
{
txtaOut.AppendText("KEY for BEST Answer: " + best.getintId() + System.Environment.NewLine);
txtaOut.AppendText("POINTS for BEST Answer: " + best.getintPoints() + System.Environment.NewLine);
txtaOut.AppendText("PLANTEXT for BEST Answer: " + best.getstrTxt() + System.Environment.NewLine);
}
}
//%%%%%%%%%%%% function for spaces and no spaces %%%%%%%%%%%%%%%
//&&&&&&&&& space &&&&&&&&&&&&&&&&&&
public void Space(List <ans> lstAns)
{
//outer for to go throw all answer
for (int i = 0; i < 26; i++)
{
string[] subStrings = lstAns[i].getstrTxt().Split(' ');
// loop to go throw all subStrings
for (int j = 0; j < subStrings.Count(); j++)
{
//One-Letter Words
if (subStrings[j].Equals("a"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("i"))
{
lstAns[i].setintPoints(1);
}
//Most Frequent Two-Letter Words
if (subStrings[j].Equals("of"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("to"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("in"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("it"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("is"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("be"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("as"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("at"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("so"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("we"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("he"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("by"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("or"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("on"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("do"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("if"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("me"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("my"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("up"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("an"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("go"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("no"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("us"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("am"))
{
lstAns[i].setintPoints(1);
}
//Most Frequent Three-Letter Words
if (subStrings[j].Equals("the"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("and"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("for"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("are"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("but"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("not"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("you"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("all"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("any"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("can"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("had"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("her"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("was"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("one"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("our"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("out"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("day"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("get"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("has"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("him"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("how"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("man"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("new"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("now"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("old"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("see"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("two"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("way"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("who"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("boy"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("did"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("its"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("let"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("put"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("say"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("she"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("too"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("use"))
{
lstAns[i].setintPoints(1);
}
//Most Frequent Four-Letter Words
if (subStrings[j].Equals("that"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("with"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("this"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("will"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("your"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("from"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("they"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("know"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("want"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("been"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("good"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("much"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("some"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Equals("time"))
{
lstAns[i].setintPoints(1);
}
//Most Common Doubles
if (subStrings[j].Contains("ss"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("ee"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("tt"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("ff"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("ll"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("mm"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("oo"))
{
lstAns[i].setintPoints(1);
}
//Digraphs
if (subStrings[j].Contains("th"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("er"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("on"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("an"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("re"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("he"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("in"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("ed"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("nd"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("ha"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("at"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("en"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("es"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("of"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("or"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("nt"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("ea"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("ti"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("to"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("it"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("st"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("io"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("le"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("is"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("ou"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("ar"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("as"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("de"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("rt"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("ve"))
{
lstAns[i].setintPoints(1);
}
//Trigraphs
if (subStrings[j].Contains("the"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("and"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("tha"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("ent"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("ion"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("tio"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("for"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("nde"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("has"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("nce"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("edt"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("tis"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("oft"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("sth"))
{
lstAns[i].setintPoints(1);
}
if (subStrings[j].Contains("men"))
{
lstAns[i].setintPoints(1);
}
} //iner loop
} //outer loop
ans best = new ans(-1, -1, "");
// loop throw list and return best points
for (int k = 0; k < 26; k++)
{
if (lstAns[k].getintPoints() > best.getintPoints())
{
best = lstAns[k];
}
}// for best points
if (best.getintPoints() == 0)
{
txtaOut.AppendText("#### SORRY COULDN'T FIND BEST ANSWER. TRY OTHER OPTIONS ####");
}
else
{
txtaOut.AppendText("KEY for BEST Answer: " + best.getintId() + System.Environment.NewLine);
txtaOut.AppendText("POINTS for BEST Answer: " + best.getintPoints() + System.Environment.NewLine);
txtaOut.AppendText("PLANTEXT for BEST Answer: " + best.getstrTxt() + System.Environment.NewLine);
}
}
//%%%%%%%%%%%% function for spaces and no spaces %%%%%%%%%%%%%%%
//&&&&&&&&& space &&&&&&&&&&&&&&&&&&
public void Space(List<ans> lstAns)
{
//outer for to go throw all answer
for (int i = 0; i < 26; i++) {
string[] subStrings = lstAns[i].getstrTxt().Split(' ');
// loop to go throw all subStrings
for (int j = 0; j < subStrings.Count(); j++ ) {
//One-Letter Words
if (subStrings[j].Equals("a")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("i")) { lstAns[i].setintPoints(1); }
//Most Frequent Two-Letter Words
if (subStrings[j].Equals("of")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("to")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("in")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("it")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("is")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("be")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("as")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("at")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("so")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("we")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("he")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("by")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("or")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("on")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("do")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("if")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("me")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("my")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("up")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("an")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("go")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("no")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("us")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("am")) { lstAns[i].setintPoints(1); }
//Most Frequent Three-Letter Words
if (subStrings[j].Equals("the")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("and")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("for")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("are")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("but")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("not")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("you")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("all")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("any")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("can")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("had")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("her")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("was")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("one")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("our")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("out")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("day")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("get")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("has")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("him")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("how")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("man")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("new")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("now")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("old")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("see")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("two")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("way")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("who")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("boy")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("did")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("its")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("let")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("put")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("say")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("she")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("too")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("use")) { lstAns[i].setintPoints(1); }
//Most Frequent Four-Letter Words
if (subStrings[j].Equals("that")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("with")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("this")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("will")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("your")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("from")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("they")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("know")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("want")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("been")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("good")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("much")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("some")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Equals("time")) { lstAns[i].setintPoints(1); }
//Most Common Doubles
if (subStrings[j].Contains("ss")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("ee")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("tt")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("ff")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("ll")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("mm")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("oo")) { lstAns[i].setintPoints(1); }
//Digraphs
if (subStrings[j].Contains("th")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("er")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("on")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("an")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("re")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("he")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("in")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("ed")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("nd")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("ha")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("at")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("en")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("es")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("of")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("or")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("nt")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("ea")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("ti")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("to")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("it")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("st")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("io")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("le")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("is")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("ou")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("ar")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("as")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("de")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("rt")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("ve")) { lstAns[i].setintPoints(1); }
//Trigraphs
if (subStrings[j].Contains("the")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("and")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("tha")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("ent")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("ion")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("tio")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("for")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("nde")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("has")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("nce")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("edt")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("tis")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("oft")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("sth")) { lstAns[i].setintPoints(1); }
if (subStrings[j].Contains("men")) { lstAns[i].setintPoints(1); }
}//iner loop
}//outer loop
ans best = new ans(-1, -1, "");
// loop throw list and return best points
for (int k = 0; k < 26; k++ ) {
if (lstAns[k].getintPoints() > best.getintPoints()) { best = lstAns[k]; }
}// for best points
if (best.getintPoints() == 0) { txtaOut.AppendText("#### SORRY COULDN'T FIND BEST ANSWER. TRY OTHER OPTIONS ####"); }
else
{
txtaOut.AppendText("KEY for BEST Answer: " + best.getintId() + System.Environment.NewLine);
txtaOut.AppendText("POINTS for BEST Answer: " + best.getintPoints() + System.Environment.NewLine);
txtaOut.AppendText("PLANTEXT for BEST Answer: " + best.getstrTxt() + System.Environment.NewLine);
}
}
//&&&&&&&& no space &&&&&&&&&&&&&&&&
public void noSpase(List<ans> lstAns)
{
// int ECount = 0;
// int tempE = 0;
// ans best = new ans(-1, -1, "");
//outer for to go throw all answer
for (int i = 0; i < 26; i++) {
/*
tempE = 0;
//loop throw cipher text and count e
foreach (char temp in lstAns[i].getstrTxt()) {
if (char.Equals(temp, 'e')) { tempE++; }
}
if (tempE > ECount){
ECount = tempE;
best = lstAns[i];
}
*/
//Most Common Doubles
if (lstAns[i].getstrTxt().Contains("ss")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("ee")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("tt")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("ff")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("ll")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("mm")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("oo")) { lstAns[i].setintPoints(1); }
//Digraphs
if (lstAns[i].getstrTxt().Contains("th")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("er")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("on")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("an")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("re")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("he")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("in")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("ed")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("nd")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("ha")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("at")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("en")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("es")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("of")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("or")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("nt")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("ea")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("ti")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("to")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("it")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("st")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("io")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("le")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("is")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("ou")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("ar")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("as")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("de")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("rt")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("ve")) { lstAns[i].setintPoints(1); }
//Trigraphs
if (lstAns[i].getstrTxt().Contains("the")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("and")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("tha")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("ent")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("ion")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("tio")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("for")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("nde")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("has")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("nce")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("edt")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("tis")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("oft")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("sth")) { lstAns[i].setintPoints(1); }
if (lstAns[i].getstrTxt().Contains("men")) { lstAns[i].setintPoints(1); }
}//outer loop
ans best = new ans(-1, -1, "");
// loop throw list and return best points
for (int k = 0; k < 26; k++)
{
if (lstAns[k].getintPoints() > best.getintPoints()) { best = lstAns[k]; }
}// for best points
if (best.getintPoints() == 0) { txtaOut.AppendText("#### SORRY COULDN'T FIND BEST ANSWER. TRY OTHER OPTIONS ####"); }
else
{
txtaOut.AppendText("KEY for BEST Answer: " + best.getintId() + System.Environment.NewLine);
txtaOut.AppendText("POINTS for BEST Answer: " + best.getintPoints() + System.Environment.NewLine);
txtaOut.AppendText("PLANTEXT for BEST Answer: " + best.getstrTxt() + System.Environment.NewLine);
}
}
