private async Task ValidateLetter()
{
Attempts++;
var wordArray = Word.ToCharArray();
if (wordArray.Contains(Letter))
{
foreach (Match m in Regex.Matches(Word, Letter.ToString()))
{
Letters[m.Index] = Letter;
}
if (!Letters.Any(c => c == '_'))
{
await Win();
}
}
else
{
IncorrectLetters.Add(Letter);
SetImage();
if (IncorrectLetters.Count == 6)
{
await Loose();
}
}
}
public bool IsDefiniteLetter(string letter)
{
if (Text == "er" && Letters.Any() && !Letters.Contains("r"))
{
return(true);
}
foreach (var pattern in PerfectPatterns)
{
if (pattern.Key == Text)
{
if (Letters + letter == pattern.Value)
{
return(true);
}
}
}
return(Letters + letter == Text);
}
public string[] GetPossibleLetters()
{
List <string> matches = Text.Select(each => each.ToString()).ToList();
if (Letters.Any())
{
//matches = Text.Select(each => each.ToString()).ToList();
}
else
{
//matches = Text.Take(1).Select(each => each.ToString()).ToList();
}
// Todo: Use patterns like this instead?
if (ArticulationPlace == ArticulationPlaces.Glottal)
{
matches.AddRange(new[] { "h" });
}
switch (Text)
{
case "aa":
matches.AddRange(new[] { "o", "h", "r", "u" });
break;
case "ae":
matches.AddRange(new[] { "i" });
break;
case "ah":
matches.AddRange(new[] { "i", "l", "o", "e", "t", "y", "u" }); // bustling (silent t)
break;
case "ao":
matches.AddRange(new[] { "u", "h" });
break;
case "aw":
return(new[] { "o", "u", "g", "h", "w" });
case "ay":
return(new[] { "e", "u", "y", "i", "g", "h" });
case "b":
matches.AddRange(new[] { "a", "i" });
break;
case "ch":
matches.AddRange(new[] { "t" });
break;
case "dh":
matches.AddRange(new[] { "t" });
break;
case "eh":
matches.AddRange(new[] { "a", "i", "y" });
break;
case "ey":
matches.AddRange(new[] { "a", "e", "i", "g", "h" });
break;
case "er":
matches.AddRange(new[] { "a" });
break;
case "f":
matches.AddRange(new[] { "p", "h" });
break;
case "g":
matches.AddRange(new[] { "x" });
break;
case "k":
/*if (Letters.Contains("q")) {
* matches.AddRange(new[] {"u", "i"});
* }*/
matches.AddRange(new[] { "c", "x", "h", "q" });
break;
case "l":
matches.AddRange(new[] { "a" });
break;
case "iy":
matches.AddRange(new[] { "e", "a" });
break;
case "jh":
matches.AddRange(new[] { "d", "g" });
break;
case "ih":
matches.AddRange(new[] { "e", "y", "a" });
break;
case "m":
matches.AddRange(new[] { "n" });
break;
case "n":
matches.AddRange(new[] { "e", "d" });
break;
case "ow":
matches.AddRange(new[] { "h", "a" });
break;
case "oy":
matches.AddRange(new[] { "i", "u", "e" });
break;
case "p":
matches.AddRange(new[] { "e", "i", "a" });
break;
case "r":
matches.AddRange(new[] { "e" });
break;
case "s":
matches.AddRange(new[] { "c", "z" /*, "t"*/ });
break;
case "sh":
matches.AddRange(new[] { "t", "i", "c", "e" });
break;
case "t":
matches.AddRange(new[] { "d", "e" });
break;
case "uh":
matches.AddRange(new[] { "o" });
break;
case "uw":
matches.AddRange(new[] { "h", "i" });
break;
case "v":
matches.AddRange(new[] { "s" });
break;
case "w":
matches.AddRange(new[] { "h" });
break;
case "y":
matches.AddRange(new[] { "j", "l" });
break;
case "z":
matches.AddRange(new[] { "s", "e", "i" });
break;
case "zh":
matches.AddRange(new[] { "s", "g", "i", "j" });
break;
}
return(matches.ToArray());
}