public string doSomething(O_NLP.RootObject _o_NLP)
{
string sentence = "";
// Bind to the wit.ai NLP response class
o_NLP = _o_NLP;
conf = (o_NLP.outcomes[0].confidence * 100);
direction = o_NLP.outcomes [0].entities.direction [0].value;
value = o_NLP.outcomes [0].entities.distance[0].value;
unit = o_NLP.outcomes [0].entities.distance[0].unit;
if (!direction.Equals("stop"))
{
PlayerMover.startMovement(direction, value, unit);
}
else
{
PlayerMover.stopMovement();
}
sentence += "sentence: " + o_NLP.outcomes[0]._text + "\n";
sentence += "intent: move\n";
sentence += "direction: " + direction + "\n";
sentence += "value: " + value + "\n";
sentence += "unit: " + unit + "\n";
sentence += "confidence: " + conf + "\n";
return(sentence);
}
public string doSomething(O_NLP.RootObject _o_NLP)
{
// Bind to the wit.ai NLP response class
o_NLP = _o_NLP;
conf = (o_NLP.outcomes[0].confidence * 100);
direction = o_NLP.outcomes [0].entities.direction [0].value;
value = o_NLP.outcomes [0].entities.distance[0].value;
unit = o_NLP.outcomes [0].entities.distance[0].unit;
if (!direction.Equals("stop"))
{
PlayerMover.startMovement(direction, value, unit);
}
else
{
PlayerMover.stopMovement();
}
string sentence = "";
sentence += "Hello! I'm " + conf.ToString() + "% sure you set up lights.";
return(sentence);
}
public string doSomething(O_NLP.RootObject _o_NLP)
{
// Bind to the wit.ai NLP response class
o_NLP = _o_NLP;
conf = (o_NLP.outcomes[0].confidence * 100);
state = o_NLP.outcomes[0].entities.on_off[0].value;
if (state.Equals("on"))
{
LightsActuator.setActive(true);
}
else
{
LightsActuator.setActive(false);
}
string sentence = "";
sentence += "sentence: " + o_NLP.outcomes [0]._text + "\n";
sentence += "intent: lights\n";
sentence += "state: " + state + "\n";
sentence += "confidence: " + conf + "\n";
return(sentence);
}
private string ElaborateResponse(string nlp_text)
{
string sentence = "";
//log += "\n" + nlp_text;
// If the audio file doesn't contain anything, or wit.ai doesn't understand it, a code 400 will be returned
if (nlp_text.Contains("The remote server returned an error: (400) Bad Request"))
{
throw new Exception("The remote server returned an error: (400) Bad Request");
//return "Sorry, didn't get that. Could you please repeat yourself?";
}
oNLP = Post_NLP_Processing.ParseData(nlp_text);
// This codeblock dynamically casts the intent to the corresponding class
// Check README.txt in Vitals.Brain
try{
Assembly objAssembly;
objAssembly = Assembly.GetExecutingAssembly();
Type classType = objAssembly.GetType("UnityHttpReq." + oNLP.outcomes[0].intent);
if (classType == null)
log += "Error: can't recognize the intent";
object obj = Activator.CreateInstance(classType);
MethodInfo mi = classType.GetMethod("doSomething");
object[] parameters = new object[1];
parameters[0] = oNLP;
mi = classType.GetMethod("doSomething");
sentence = (string)mi.Invoke(obj, parameters);
}
catch (IndexOutOfRangeException e){
UnityEngine.Debug.Log("Index out of range");
}
catch(NullReferenceException n)
{
UnityEngine.Debug.Log("null ref");
}
// Show what was deducted from the sentence
//nlp_text += "\n\n"+sentence;
log += sentence;
return sentence;
}
public string doSomething(O_NLP.RootObject _o_NLP)
{
// Bind to the wit.ai NLP response class
o_NLP = _o_NLP;
conf = (o_NLP.outcomes[0].confidence * 100);
state = o_NLP.outcomes[0].entities.on_off[0].value;
if (state.Equals("on"))
{
LightsActuator.setActive(true);
}
else
{
LightsActuator.setActive(false);
}
string sentence = "";
sentence += "Hello! I'm " + conf.ToString() + "% sure you set up lights.";
return(sentence);
}