// Use this for initialization
void Awake()
{
//next line is added to avoid the not used warning
touchToListenRect.Contains(new Vector3(1, 1, 1));
if (instance != null)
{
Destroy(this.gameObject);
return;
}
DontDestroyOnLoad(this.gameObject);
instance = this;
speechDictionary = gameObject.GetComponent <SpeechDictionary>();
speechDictionary.ReloadDictionary();
errorMessages.Add(3, "Audio recording error.");
errorMessages.Add(5, "Other client side errors.");
errorMessages.Add(9, "Insufficient permissions");
errorMessages.Add(2, "Other network related errors.");
errorMessages.Add(1, "Network operation timed out.");
errorMessages.Add(7, "No recognition result matched.");
errorMessages.Add(8, "RecognitionService busy.");
errorMessages.Add(4, "Server sends error status.");
errorMessages.Add(6, "No speech input.");
#if UNITY_ANDROID && !UNITY_EDITOR
AndroidJavaClass jc = new AndroidJavaClass("com.unity3d.player.UnityPlayer");
currentActivity = jc.GetStatic <AndroidJavaObject>("currentActivity");
speechRecognition = new AndroidJavaClass("be.jannesplyson.unity3dspeechrecognition.Unity3DSpeechRecognition");
isRecognitionAvailable = speechRecognition.CallStatic <bool>("isRecognitionAvailable", currentActivity);
if (isRecognitionAvailable)
{
speechRecognition.SetStatic <int>("maxResults", maxResults);
speechRecognition.SetStatic <string>("preferredLanguage", preferredLanguage);
speechRecognition.SetStatic <bool>("enableOnBeginningOfSpeech", enableOnBeginningOfSpeech);
speechRecognition.SetStatic <bool>("enableOnBufferReceived", enableOnBufferReceived);
speechRecognition.SetStatic <bool>("enableOnEndOfSpeech", enableOnEndOfSpeech);
speechRecognition.SetStatic <bool>("enableOnEvent", enableOnEvent);
speechRecognition.SetStatic <bool>("enableOnPartialResults", enableOnPartialResults);
speechRecognition.SetStatic <bool>("enableOnReadyForSpeech", enableOnReadyForSpeech);
speechRecognition.SetStatic <bool>("enableOnRmsChanged", enableOnRmsChanged);
speechRecognition.SetStatic <bool>("autoRestart", autoRestart);
speechRecognition.SetStatic <bool>("autoRestartOnResume", autoRestartOnResume);
speechRecognition.SetStatic <float>("autoRestartAmpThreshold", autoRestartAmpThreshold);
maxResultsJni = speechRecognition.GetStatic <int>("maxResults");
preferredLanguageJni = speechRecognition.GetStatic <string>("preferredLanguage");
enableOnBeginningOfSpeechJni = speechRecognition.GetStatic <bool>("enableOnBeginningOfSpeech");
enableOnBufferReceivedJni = speechRecognition.GetStatic <bool>("enableOnBufferReceived");
enableOnEndOfSpeechJni = speechRecognition.GetStatic <bool>("enableOnEndOfSpeech");
enableOnEventJni = speechRecognition.GetStatic <bool>("enableOnEvent");
enableOnPartialResultsJni = speechRecognition.GetStatic <bool>("enableOnPartialResults");
enableOnReadyForSpeechJni = speechRecognition.GetStatic <bool>("enableOnReadyForSpeech");
enableOnRmsChangedJni = speechRecognition.GetStatic <bool>("enableOnRmsChanged");
autoRestartJni = speechRecognition.GetStatic <bool>("autoRestart");
autoRestartOnResumeJni = speechRecognition.GetStatic <bool>("autoRestartOnResume");
autoRestartAmpThresholdJni = speechRecognition.GetStatic <float>("autoRestartAmpThreshold");
speechRecognition.CallStatic("initSpeechRecognition", currentActivity);
}
#endif
}
public Base()
{
mySpeechEngine = new SpeechRecognitionEngine();
mySpeechDictionary = new SpeechDictionary();
mySpeaker = new SpeechSynthesizer();
mySpeechEngine.UnloadAllGrammars();
GrammarBuilder builder = new GrammarBuilder();
List<string[]> WordList = mySpeechDictionary.GetPhraseList();
for (int i = 0; i < WordList.Count; i++)
{
builder.Append(new Choices(WordList[i]));
}
myGrammar = new Grammar(builder);
mySpeechEngine.LoadGrammar(myGrammar);
mySpeechEngine.SetInputToDefaultAudioDevice();
}
