// Start is called before the first frame update
protected override void Start()
{
MentalState.Initialize(
new Expression[] {
new Expression(GOOD, new Expression(SOME, BANANA, new Expression(AT, SELF))),
new Expression(GOOD, new Expression(SOME, TOMATO, new Expression(AT, SELF))),
}
);
var banana = GameObject.Find("Banana");
var bananaParam = MentalState.ConstructPercept(BANANA, banana.transform.position);
var tomato = GameObject.Find("Tomato");
var tomatoParam = MentalState.ConstructPercept(TOMATO, tomato.transform.position);
// var bob = GameObject.Find("Bob");
// MentalState.Locations[BOB] = bob.transform.position;
// MentalState.StartCoroutine(MentalState.Assert(new Expression(BETTER, new Expression(AT, SELF, bananaParam), NEUTRAL)));
// MentalState.StartCoroutine(MentalState.Assert(new Expression(BETTER, new Expression(AT, SELF, tomatoParam),
// new Expression(AT, SELF, bananaParam))));
base.Start();
}
// Start is called before the first frame update
protected override void Start()
{
MentalState.Initialize(
new Expression[] {
new Expression(GOOD, new Expression(SOME, TOMATO, new Expression(AT, SELF))),
new Expression(GOOD, new Expression(SOME, BANANA, new Expression(AT, SELF))),
// new Expression(ALL, BANANA,
// new Expression(GEACH_E_TRUTH_FUNCTION,
// new Expression(GEACH_T_TRUTH_FUNCTION,
// GOOD,
// new Expression(GEACH_T_TRUTH_FUNCTION,
// NOT,
// new Expression(MAKE,
// new Empty(SemanticType.TRUTH_VALUE),
// SELF))),
// new Expression(AT, SELF))),
}
);
// SPECIAL CASING THE TEST ROOM
var tomato = GameObject.Find("Tomato");
var tomatoParam = MentalState.ConstructPercept(TOMATO, tomato.transform.position);
var banana = GameObject.Find("Banana");
var bananaParam = MentalState.ConstructPercept(BANANA, banana.transform.position);
var atNan = new Expression(AT, SELF, bananaParam);
MentalState.AddToKnowledgeBase(new Expression(GOOD, new Expression(NOT, atNan)));
MentalState.AddToKnowledgeBase(new Expression(GOOD, new Expression(NOT,
new Expression(MAKE, atNan, SELF))));
MentalState.AddToKnowledgeBase(new Expression(GOOD,
new Expression(AND, atNan, new Expression(MAKE, atNan, SELF))));
// the player knows that there's a tomato on the table, but doesn't know the word for tomato.
// The player doesn't know anything about how the language works, but will probably make
// a few assumptions, implicitly, about how it works.
//
// say a sentence 'X.Y' while directing their attention to an apple, and say the sentence
// 'Z.Y' while directing their attention to an orange. The player will assume 'X' means
// apple and 'Z' means orange, because that's what's most obviously different
// about the two objects. They may not yet understand that Y is a kind of demonstrative pronoun,
// but they'll be able to figure out that it must be something that's appropriate to use in both
// the presence of an apple and an orange. They migvht assume it means 'fruit' or something.
// The trick is to use the pronoun in enough contexts where those hypotheses is ruled out.
//
// MentalState.StartCoroutine(MentalState.Assert(new Expression(BETTER,
// new Expression(AT, SELF, tomatoParam),
// new Expression(SAY, SELF, new Expression(TOMATO, tomatoParam)))));
// MentalState.StartCoroutine(MentalState.Assert(
// new Expression(BETTER,
// new Expression(SAY, SELF, new Expression(TOMATO, tomatoParam)),
// NEUTRAL)));
// MentalState.StartCoroutine(MentalState.Assert(new Expression(BETTER, new Expression(AT, SELF, bananaParam), new Expression(AT, SELF, tomatoParam))));
// MentalState.StartCoroutine(MentalState.Assert(
// new Expression(BETTER, new Expression(AT, SELF,
// new Expression(SELECTOR, TOMATO)), NEUTRAL)));
// GameObject.Find("Test").GetComponent<Testing>().StartCoroutine(Testing.LogBases(MentalState,
// new Expression(ABLE, SELF, new Expression(AT, SELF,
// new Expression(SELECTOR, TOMATO)))));
base.Start();
}
