public void Recognize(AudioClip clip, List <string[]> contexts, Enumerators.LanguageCode language)
{
if (_currentConfig == null)
{
throw new NotImplementedException("Config isn't seted! Use SetConfig method!");
}
if (clip == null)
{
throw new NotImplementedException("AudioClip isn't seted!");
}
string postData = string.Empty;
string uri = string.Empty;
switch (_currentConfig.recognitionType)
{
case Enumerators.GoogleNetworkType.SPEECH_RECOGNIZE:
{
if (!_gcSpeechRecognition.isUseAPIKeyFromPrefab)
{
uri = Constants.RECOGNIZE_REQUEST_URL + Constants.API_KEY_PARAM + Constants.GC_API_KEY;
}
else
{
uri = Constants.RECOGNIZE_REQUEST_URL + Constants.API_KEY_PARAM + _gcSpeechRecognition.apiKey;
}
postData = JsonUtility.ToJson(GenerateRecognizeRequest(
AudioConvert.Convert(clip, _currentConfig.audioEncoding,
_currentConfig.useVolumeMultiplier,
_currentConfig.audioVolumeMultiplier), contexts, language));
}
break;
case Enumerators.GoogleNetworkType.SPEECH_LONGRECOGNIZE:
{
if (!_gcSpeechRecognition.isUseAPIKeyFromPrefab)
{
uri = Constants.LONG_RECOGNIZE_REQUEST_URL + Constants.API_KEY_PARAM + Constants.GC_API_KEY;
}
else
{
uri = Constants.LONG_RECOGNIZE_REQUEST_URL + Constants.API_KEY_PARAM + _gcSpeechRecognition.apiKey;
}
postData = JsonUtility.ToJson(GenerateRecognizeRequest(
AudioConvert.Convert(clip, _currentConfig.audioEncoding,
_currentConfig.useVolumeMultiplier,
_currentConfig.audioVolumeMultiplier), contexts, language));
}
break;
default:
throw new NotSupportedException(_currentConfig.recognitionType + " doesn't supported!");
}
_networking.SendRequest(uri, postData, _currentConfig.recognitionType);
}
public void Recognize(AudioClip clip, List <string[]> contexts, Enumerators.LanguageCode language)
{
if (_currentConfig == null)
{
throw new NotImplementedException("Config isn't seted! Use SetConfig method!");
}
if (clip == null)
{
throw new NotImplementedException("AudioClip isn't seted!");
}
string postData = string.Empty;
string uri = string.Empty;
switch (_currentConfig.recognitionType)
{
case Enumerators.SpeechRecognitionType.SYNC:
{
uri = Constants.RECOGNIZE_REQUEST_URL + Constants.API_KEY_PARAM + Constants.GC_API_KEY;
postData = JsonUtility.ToJson(GenerateSyncRequest(
AudioConvert.Convert(clip, _currentConfig.audioEncoding,
_currentConfig.useVolumeMultiplier,
_currentConfig.audioVolumeMultiplier), contexts, language));
}
break;
case Enumerators.SpeechRecognitionType.ASYNC:
{
Debug.Log("Async(Long) speech recognition isn't fully implemented!");
uri = Constants.LONG_RECOGNIZE_REQUEST_URL + Constants.API_KEY_PARAM + Constants.GC_API_KEY;
postData = JsonUtility.ToJson(GenerateSyncRequest(
AudioConvert.Convert(clip, _currentConfig.audioEncoding,
_currentConfig.useVolumeMultiplier,
_currentConfig.audioVolumeMultiplier), contexts, language));
}
break;
default:
throw new NotSupportedException(_currentConfig.recognitionType + " doesn't supported!");
}
_networking.SendRequest(uri, postData);
}
public string PrepareLanguage(Enumerators.LanguageCode lang)
{
return(lang.ToString().Replace("_", "-"));
}
private RecognitionRequest GenerateRecognizeRequest(string content, List <string[]> contexts, Enumerators.LanguageCode language)
{
RecognitionRequest request = new RecognitionRequest();
request.config.encoding = _currentConfig.audioEncoding.ToString();
request.config.languageCode = language.ToString().Replace("_", "-");
request.config.sampleRateHertz = _currentConfig.sampleRate;
request.config.maxAlternatives = _currentConfig.maxAlternatives;
request.config.profanityFilter = _currentConfig.isEnabledProfanityFilter;
if (contexts != null)
{
request.config.speechContexts = new SpeechContext[contexts.Count];
for (int i = 0; i < contexts.Count; i++)
{
request.config.speechContexts[i] = new SpeechContext();
request.config.speechContexts[i].phrases = contexts[i];
}
}
request.audio.content = content;
return(request);
}
public void SetLanguage(Enumerators.LanguageCode language)
{
_speechRecognitionManager.CurrentConfig.defaultLanguage = language;
}
public long Recognize(AudioClip clip, List <string[]> contexts, Enumerators.LanguageCode language)
{
return(_speechRecognitionManager.Recognize(clip, contexts, language));
}
public string PrepareLanguage(Enumerators.LanguageCode lang)
{
return(_textToSpeechManager.PrepareLanguage(lang));
}
