public Word(string inbound, bool first, Vocabulary vocabulary)
{
if (inbound.Length == 0) {
Console.WriteLine ("STOP STOP STOP STOP STOP");
}
name = inbound;
part = vocabulary.GetSpeechPart (name);
frequency++;
if (first) {
firstCount++;
}
}
public Word ChooseByGrammar(Vocabulary.SpeechPart nextPart, Random random)
{
Dictionary <Word, int> possibleFollowers = new Dictionary<Word, int> ();
foreach (Word word in followers.Keys) {
foreach (Vocabulary.SpeechPart part in Enum.GetValues (typeof(Vocabulary.SpeechPart))) {
if (word.Part.HasFlag (part)) {
//Console.Write (" YES " + word.Self + " as " + part + ".");
possibleFollowers.Add (word, followers [word]);
break;
}
// else {
// Console.Write (" not " + word.Self + ".");
// }
}
}
if (possibleFollowers.Count == 0) {
//Console.WriteLine ("Word.ChooseByGrammar: There is no " + nextPart + " that can follow " + this.Self + ".");
return null;
}
return ChooseFollower (possibleFollowers, random);
}
Word ChooseByPart(Vocabulary.SpeechPart part)
{
List <Word> options;
int count, choice;
if (!novel.CrossReference.ContainsKey (part)) {
Console.WriteLine ("No " + part + " found in CrossReference.");
return null;
}
options = novel.CrossReference[part];
count = options.Count;
choice = novel.Rand.Next (0, count);
return options[choice];
}
public Prosebreaker (string dictPath) {
vocabulary = new Vocabulary (dictPath);
}
public Prosebreaker(string dictPath)
{
vocabulary = new Vocabulary(dictPath);
}
public override string ToString()
{
return(Vocabulary.PartToString(part));
}