//public Familiar_Grammar create_dictation_grammar( )
//{
// Familiar_Grammar new_grammar = new Familiar_Grammar();
// new_grammar.create_dictation(this);
// return new_grammar;
//}
void context_FalseRecognition(int StreamNumber, object StreamPosition, ISpeechRecoResult Result)
{
Feedback.print("!\r\n", Feedback.Status.debug);
Familiar_Result result = new Familiar_Result(context, Result);
result.display("(!) ");
}
void context_Recognition(int StreamNumber, object StreamPosition, SpeechRecognitionType RecognitionType, ISpeechRecoResult Result)
{
if (context.AudioInputInterferenceStatus == SpeechInterference.SINoise)
{
return;
}
// Feedback.print(string.Format("Result = {0} {1}\r\n", StreamNumber, context.AudioInputInterferenceStatus), Feedback.Status.debug);
Feedback.print(string.Format("Result = {0}, {1}\r\n", Result.PhraseInfo.GetText(0, -1, true), Result.PhraseInfo.Elements.Item(0).EngineConfidence), Feedback.Status.debug);
Profiler.initialize();
Familiar_Result result = new Familiar_Result(context, Result);
// Familiar_Result result = get_result("> ", Result);
// result.display("> ");
Profiler.trace("result created");
Feedback.print(string.Format("Element Count = {0}\r\n", Result.PhraseInfo.Elements.Count), Feedback.Status.debug);
foreach (Token word in result.chosen_phrase.words)
{
Feedback.print(string.Format("{0} ({1}, {2})\r\n", word.text, word.confidence, word.source.document.name), Feedback.Status.debug);
}
//if (Result.PhraseInfo.Elements.Count == 1 && result.chosen_phrase.words[0].confidence < 0.6)
// return;
result.run();
if (recognized != null)
{
recognized.Invoke(this, result);
}
}
public Familiar_Phrase(ISpeechPhraseInfo new_phrase, Familiar_Result new_result)
{
phrase = new_phrase;
result = new_result;
// This is a little hacked up but it's very efficient
id = result.options.Count + 1;
process();
}