public async void Request(SpeechRecognitionResult Rule)
{
switch (Rule.Constraint.Tag)
{
case "TurnOnSonos":
Sonos.Play();
break;
case "TurnOffSonos":
Sonos.Pause();
break;
case "NextSong":
Sonos.Next();
break;
case "PreviousSong":
Sonos.Previous();
break;
case "SoundUp":
int volume = await Sonos.GetVolume() + 10;
if (volume > 100)
{
volume = 100;
}
Sonos.SetVolume(volume);
break;
case "SoundDown":
int volum = await Sonos.GetVolume() - 10;
if (volum < 0)
{
volum = 0;
}
Sonos.SetVolume(volum);
break;
case "TurnOffLight":
Hue.TurnOffLights();
break;
case "TurnOnLight":
Hue.TurnOnLights();
break;
case "Fort":
Sonos.SetVolume(100);
break;
}
}
private void OnEnable()
{
volumeMaster.value = Sonos.VolumeMaster;
//Debug.Log("volumeMaster.value: "+volumeMaster.value);
volumeMaster.onValueChanged.AddListener(delegate { volumeMaster_onValueChanged(); });
volumeBGM.value = Sonos.GetVolume(AudioType.Music);
//Debug.Log("volumeBGM.value: "+volumeBGM.value);
volumeBGM.onValueChanged.AddListener(delegate { volumeBGM_onValueChanged(); });
volumeSFX.value = Sonos.GetVolume(AudioType.Effect);
//Debug.Log("volumeSFX.value: "+volumeSFX.value);
volumeSFX.onValueChanged.AddListener(delegate { volumeSFX_onValueChanged(); });
}