//Constructor fills catalog of mutatedvowels and translations.
public mutatedVowelHandler()
{
arMutatedVowelCatalog = new mutatedVowel[4];
arMutatedVowelCatalog[0] = new mutatedVowel("Ä", "AE");
arMutatedVowelCatalog[1] = new mutatedVowel("Ö", "OE");
arMutatedVowelCatalog[2] = new mutatedVowel("Ü", "UE");
arMutatedVowelCatalog[3] = new mutatedVowel("ß", "SS");
}
//returns a List of Possibilities of different spellings of the given Inputparameter.
public List <string> getAllPossibilities(string sInput)
{
List <string> lMutatedVowals = getAllMutatedVowels(sInput);
string[] arSnippets = getSnippets(sInput);
List <string> Possibilities = new List <string>();
int Combinations = Convert.ToInt32(Math.Pow(2.0, lMutatedVowals.Count));
int[] iCNT = new int[lMutatedVowals.Count];
byte byteValue = 0;
for (int i = 0; i < lMutatedVowals.Count; i++)
{
iCNT[i] = 0;
}
for (int i = 0; i < Combinations; i++)
{
string Possibility = "";
for (int j = 0; j < arSnippets.Length; j++)
{
if (j == lMutatedVowals.Count && arSnippets.Length > lMutatedVowals.Count)
{
Possibility += arSnippets[j];
}
else
{
mutatedVowel mv = getMutatedVowel(lMutatedVowals[j]);
if (iCNT[j] == 0)
{
Possibility += arSnippets[j] + mv.getAbbroviation();
}
if (iCNT[j] == 1)
{
Possibility += arSnippets[j] + mv.getSMutatedVowel();
}
}
}
byteValue++;
iCNT = Varietyhandler(iCNT, byteValue);
Possibilities.Add(Possibility);
}
return(Possibilities);
}
