public void T6RuleApply()
{
testRule = LinguisticRule.fromJson(TestJsonRule);
MFSetup();
testRule.Apply(TestLingVars);
Debug.Log("[Rule Application Test Resut] : " + testRule.membershipValue.fuzzy);
}
public void T7Implication()
{
testRule = LinguisticRule.fromJson(TestJsonRule);
MFSetup();
testRule.Apply(TestLingVars);
Debug.Log("[Implication Result at Index " + testNVal + "] : " + testRule.Implication(testNVal, testMF));
}
public void T3ParseJson()
{
testRule = LinguisticRule.fromJson(TestJsonRule);
Assert.AreEqual(
TestOperator,
testRule.fOperator);
Assert.AreEqual(
TestImplication,
testRule.implicationM);
Assert.AreEqual(
testActualRule,
testRule.rule);
Debug.Log("[Test Rule]\n" + testRule.encodeLinguisticJson().Print(true));
}
public void T8Implicate()
{
testRule = LinguisticRule.fromJson(TestJsonRule);
MFSetup();
testRule.Apply(TestLingVars);
testRule.Implicate(testMF, 1);
string LogMsg = "[Implicate Test Result]\n";
for (int i = 0; i < testRule.implData.data.Count; i++)
{
LogMsg += "Index " + (testRule.implData.StartAxis + testRule.implData.spacing * i) +
" -> " + testRule.implData.data[i] + "\n";
}
Debug.Log(LogMsg);
}
public void T4LinguisticEncode()
{
testRule = LinguisticRule.fromJson(TestJsonRule);
Assert.AreEqual(
testRuleValue,
testRule.encodeLinguisticJson().GetField("Value").str
);
Assert.AreEqual(
TestImplication,
FuzzyImplication.TryParse(
testRule.encodeLinguisticJson().
GetField("Implication").str)
);
Assert.AreEqual(
FuzzyOperator.nameOf(TestOperator),
testRule.encodeLinguisticJson().
GetField("Operator").str
);
Assert.AreEqual(
testActualRule,
testRule.encodeLinguisticJson().GetField("Rule").str
);
}
public void T5NumericRule()
{
testRule = LinguisticRule.fromJson(TestJsonRule);
MFSetup();
Debug.Log("[Numeric Rule Test Result] = " + testRule.numericRule(TestLingVars));
}