public Step( string text, Score score )
{
parentScore = score;
command = "narrate";
content = text;
tone = SpeechTone.NORMAL;
delay = 0;
substeps = new List<Step>();
ParseCommand();
}
public Step(string text, Score score)
{
parentScore = score;
command = "narrate";
content = text;
tone = SpeechTone.NORMAL;
delay = 0;
substeps = new List <Step>();
ParseCommand();
}
public void ParseCommand()
{
switch (command)
{
case "speak":
case "sing":
if (data.Attributes.GetNamedItem("tone") != null)
{
tone = (SpeechTone)System.Enum.Parse(typeof(SpeechTone), data.Attributes.GetNamedItem("tone").InnerXml.ToUpper());
}
else
{
tone = SpeechTone.NORMAL;
}
break;
case "settemperature":
if (data.Attributes.GetNamedItem("units") != null)
{
units = (TemperatureUnits)System.Enum.Parse(typeof(TemperatureUnits), data.Attributes.GetNamedItem("units").InnerXml.ToUpper());
}
else
{
units = TemperatureUnits.CELSIUS;
}
break;
case "setweather":
weather = content != null ? (WeatherConditions)System.Enum.Parse(typeof(WeatherConditions), content.ToUpper()) : WeatherConditions.CLEAR;
break;
case "setdate":
case "settime":
date = DateTime.Parse(content);
break;
case "setsequence":
if (data.Attributes.GetNamedItem("atDate") != null)
{
atDate = DateTime.Parse(data.Attributes.GetNamedItem("atDate").InnerXml);
}
if (data.Attributes.GetNamedItem("autoStart") != null)
{
autoStart = data.Attributes.GetNamedItem("autoStart").InnerXml == "true" ? true : false;
}
break;
}
}
public void SpeakWith(SpeechTone tone)
{
StopAllCoroutines();
string tempString;
switch (tone)
{
case SpeechTone.Bored:
switch (sigCon.CorrectChannelSignal())
{
case ChannelType.Sport:
theText.text = switchToSport;
break;
case ChannelType.News:
theText.text = switchToNews;
break;
case ChannelType.Concert:
theText.text = switchToConcert;
break;
default:
theText.text = "When will this commercial end?";
break;
}
break;
case SpeechTone.Annoyed:
tempString = wrongChannel.Replace("<channeltype>", sigCon.CorrectChannelSignal().ToString());
theText.text = tempString;
break;
case SpeechTone.GaveUp:
theText.text = stopWatching;
break;
default:
theText.text = "???";
break;
}
StartCoroutine(SayIt((int)tone));
}
public void ParseCommand()
{
switch ( command ) {
case "speak":
if ( data.Attributes.GetNamedItem( "tone" ) != null ) {
tone = (SpeechTone) System.Enum.Parse ( typeof(SpeechTone), data.Attributes.GetNamedItem( "tone" ).InnerXml.ToUpper() );
}
break;
case "settemperature":
if ( data.Attributes.GetNamedItem( "units" ) != null ) {
units = (TemperatureUnits) System.Enum.Parse ( typeof(TemperatureUnits), data.Attributes.GetNamedItem( "units" ).InnerXml.ToUpper() );
} else {
units = TemperatureUnits.CELSIUS;
}
break;
case "setweather":
weather = content != null ? (WeatherConditions) System.Enum.Parse ( typeof(WeatherConditions), content.ToUpper() ) : WeatherConditions.CLEAR;
break;
case "setdate":
case "settime":
date = DateTime.Parse( content );
break;
case "setsequence":
if ( data.Attributes.GetNamedItem( "atDate" ) != null ) {
atDate = DateTime.Parse( data.Attributes.GetNamedItem( "atDate" ).InnerXml );
}
if ( data.Attributes.GetNamedItem( "autoStart" ) != null ) {
autoStart = data.Attributes.GetNamedItem( "autoStart" ).InnerXml == "true" ? true : false;
}
break;
}
}
// Say something
// We will use human-recoded voices for more realistic speech generation purpose
// Such speeches are designer-specifed voice cues rather than synsthesization based methods, used specifically for specific responses
/// <summary>
/// Speak some sentence in a natural tone using recorded voices
/// </summary>
/// <param name="content"></param>
/// <param name="tone"></param>
public void ProduceSpeech(string content, SpeechTone tone)
{
throw new NotImplementedException();
}
