private void ButtonOK_Click(object sender, RoutedEventArgs e)
{
string text = textBox.Text;
string phonemes = ModuleSpeakPhonemes.GetPronunciationFromText(text);
labelIn.Text = phonemes;
((ModuleSpeakPhonemes)ParentModule).FirePhonemes(phonemes);
}
private void HandleTalking()
{
//hack to prevent mixed phrases
if (activeSequences.Count != 0)
{
return;
}
if (Fired(Labeled("Say"), immediateMemory))
{
List <Thing> phrasesToSay = AnyChildrenFired(Labeled("Phrase"));
if (phrasesToSay.Count != 0)
{
Thing newUtterance = AddThing("uu" + EventCount++, new Thing[] { Labeled("Utterance") }, null, null);
foreach (Link l in phrasesToSay[0].References)
{
//if the link is to a word, get the pronunciation of the word
if (l.T.Parents[0] == Labeled("Word"))
{
foreach (Link l1 in l.T.References)
{
newUtterance.AddReference(l1.T);
}
//newUtterance.AddReference(FindBestReference(l1.T));
}
else
{
//if the link is to a phoneme, add it
newUtterance.AddReference(l.T);
}
}
ModuleSpeakPhonemes nm = (ModuleSpeakPhonemes)FindModuleByType(typeof(ModuleSpeakPhonemes));
//what's the closest phrase we can say based on the phonemes we've learned to say so we can speak the phrase
foreach (Link l in newUtterance.References)
{
Thing t = l.T;
if (t.References.Count == 0)
{
//we've heard a phoneme we haven't learned how to speak
float bestDist = 100;
Thing closest = null;
foreach (Thing t1 in Labeled("Phoneme").Children)
{
if (t1.References.Count > 0)
{
char p1 = t.Label[2];
char p2 = t1.Label[2];
float dist = nm.PhonemeDistance(p1, p2);
if (dist > -1 && dist < bestDist)
{
closest = t1;
bestDist = dist;
}
}
}
Thing t2 = FindBestReference(closest);
if (t2 != null)
{
l.T = t2;
}
}
else
{
l.T = FindBestReference(t);
}
}
newUtterance.AddReference(Labeled("End"));
activeSequences.Add(newUtterance);
}
}
if (Fired(Labeled("SayRnd"), 0))
{
//say a random utterance (there is a hack to handle combiners which is needed to work with TTS)
List <Thing> vowels = Labeled("Vowel").Children;
List <Thing> consonants = Labeled("Consonant").Children;
if (consonants.Count == 0)
{
return;
}
Thing consonant = consonants[rand.Next(consonants.Count - 2)];
Thing vowel1 = vowels[rand.Next(vowels.Count)];
Thing combiner = Labeled("spk\u0361");
int useCombiner = rand.Next(20);
int repeatCount = rand.Next(3);
repeatCount++;
Thing newUtterance = AddThing("uu" + EventCount++, new Thing[] { Labeled("Utterance") }, null, null);
for (int i = 0; i < repeatCount; i++)
{
if (useCombiner < ModuleSpeakPhonemes.combiners.Count)
{
string s = ModuleSpeakPhonemes.combiners[useCombiner];
if (useCombiner == 0)
{
newUtterance.AddReference(Labeled("spk" + s[0]));
newUtterance.AddReference(combiner);
newUtterance.AddReference(Labeled("spk" + s[2]));
newUtterance.AddReference(vowel1);
}
else
{
newUtterance.AddReference(consonant);
newUtterance.AddReference(Labeled("spk" + s[0]));
newUtterance.AddReference(combiner);
newUtterance.AddReference(Labeled("spk" + s[2]));
}
}
else
{
newUtterance.AddReference(consonant);
newUtterance.AddReference(vowel1);
}
}
newUtterance.AddReference(Labeled("End"));
Forget(Labeled("Utterance"));
activeSequences.Add(newUtterance);
Fire(newUtterance);
}
/*//TODO select a phrase to say
* //things you can say are children of "Say". They can contain sequences of words OR word-parameters which are affected by the Event
* List<Thing> sayPhrases = Labeled("Say").Children;
* Thing bestPhrase = null;
* foreach (Thing phrase in sayPhrases)
* {
* if (Fired(phrase, immediateMemory))
* {
* bestPhrase = phrase;
* activeSequences.Add(new Thing())
* {
* References = bestPhrase.References
* };
* return;
* }
* }
* if (bestPhrase == null)
* {
* //no good phrase exists, try to create a new one
* //did anything fire we know words for?
* List<Thing> colors = Labeled("Color").Children; //change this to all sensory inputs
* foreach (Thing color in colors)
* {
* if (Fired(color, immediateMemory)) //a sensory thing fired
* {
* //do we have a word associated?
* Thing word = color.MostLikelyReference(Thing.ReferenceDirection.referenceBy, Labeled("Word"));
*
* { Fire(word, false);
* };
* word = word;
* }
* }
*
* //}
* return;
* if (lastPhraseHeard != null)
* {
* List<Link> similarPhrases = lastPhraseHeard.FindSimilar(Labeled("Phrase").Children, false, 5);
* if (similarPhrases.Count > 0)
* {
* activeSequence = new Thing()
* {
* References = new List<Link>(similarPhrases[0].T.References)
* };
* }
* else
* {
* List<Thing> allPhrases = Labeled("Say").Children;
* Thing randomPhrase = allPhrases[r.Next(0, allPhrases.Count)];
* {
* activeSequence = new Thing()
* {
* References = new List<Link>(randomPhrase.References)
* };
* }
* }
* }
*/
}
