public void T6Implicate()
{
double axis = 0;
LinguisticVariable =
LinguisticVariable.fromJson(JsonLingVar);
LinguisticVariable.RangeCalibration(1, 0.01);
ExternalLVSetUp();
string LogMsg = "[Implicate Test Result]\n==================================\n";
string TmpLog;
LinguisticVariable.ApplyRule(LingVars);
LinguisticVariable.Implicate(1);
foreach (LinguisticRule rule in LinguisticVariable.linguisticRules)
{
TmpLog = "Linguistic : " + rule.membershipValue.linguistic + "\n";
TmpLog += "Implication Method : " + FuzzyImplication.nameOf(rule.implicationM) + "\n";
TmpLog += "Axis\t| Implication\n";
axis = rule.implData.StartAxis;
foreach (double implRes in rule.implData.data)
{
TmpLog += axis + "\t| " + implRes + "\n";
axis += rule.implData.spacing;
}
LogMsg += TmpLog + "==================================\n";
TmpLog = "";
}
Debug.Log(LogMsg);
}
/*
* public JSONObject encodeCompleteJson()
* {
* JSONObject encoded = this.encodeLinguisticJson();
* encoded.AddField("Rule", Eval.double2Float(this.fuzzyValue));
* return encoded;
* }
*/
public JSONObject encodeLinguisticJson()
{
JSONObject encoded = new JSONObject(JSONObject.Type.OBJECT);
encoded.AddField("Value", this.membershipValue.linguistic);
encoded.AddField("Operator", FuzzyOperator.nameOf(this.fOperator));
encoded.AddField("Implication",
FuzzyImplication.nameOf(this.implicationM));
encoded.AddField("Rule", this.rule);
return(encoded);
}
public void setup()
{
TestJsonRule =
@"
{
""Value"" : """ + testRuleValue + @""",
""Operator"" : """ + FuzzyOperator.nameOf(TestOperator) + @""",
""Implication"" : """ + FuzzyImplication.nameOf(TestImplication) + @""",
""Rule"" : """ + testActualRule + @"""
}
";
}