public static FuzzyFastEngineFactory CreateFuzzyEngineTwoInputsTwoOutputs()
{
FuzzyFastEngineFactory engine = new FuzzyFastEngineFactory();
engine.Accumulation = new PapaLeguasFuzzy.Norms.SNorms.Maximum();
engine.Activation = new PapaLeguasFuzzy.Norms.TNorms.Minimum();
engine.Disjunction = new PapaLeguasFuzzy.Norms.SNorms.ProbabilisticSum();
engine.Conjunction = new PapaLeguasFuzzy.Norms.TNorms.Product();
var INPUT = new Variable( "INPUT");
var INPUT_LOW = new Triangle(1, 3, "LOW", INPUT);
var INPUT_HIGH = new Triangle(2, 4, "HIGH", INPUT);
var INPUT2 = new Variable( "INPUT2");
var INPUT2_SLOW = new Triangle(1, 3, "SLOW", INPUT2);
var INPUT2_FAST = new Triangle(2, 4, "FAST", INPUT2);
var OUTPUT = new Variable( "OUTPUT");
var OUTPUT_LOW = new Triangle(1, 3, "LOW", OUTPUT);
var OUTPUT_HIGH = new Triangle(2, 4, "HIGH", OUTPUT);
var OUTPUT2 = new Variable( "OUTPUT2");
var OUTPUT_SLOW = new Triangle(1, 3, "SLOW", OUTPUT2);
var OUTPUT_FAST = new Triangle(2, 4, "FAST", OUTPUT2);
engine.InputVariables.Add(INPUT);
engine.InputVariables.Add(INPUT2);
engine.OutputVariables.Add(OUTPUT);
engine.OutputVariables.Add(OUTPUT2);
engine.Rules.Add("if INPUT is LOW and INPUT2 is SLOW then OUTPUT is HIGH and OUTPUT2 is FAST");
engine.Rules.Add("if INPUT is HIGH and INPUT2 is SLOW then OUTPUT is LOW and OUTPUT2 is FAST");
engine.Rules.Add("if INPUT is LOW and INPUT2 is FAST then OUTPUT is HIGH and OUTPUT2 is SLOW");
engine.Rules.Add("if INPUT is HIGH and INPUT2 is FAST then OUTPUT is LOW and OUTPUT2 is SLOW");
return engine;
}
private double Defuzzify(double firstPertinency, double secondPertinency,Triangle first, Triangle second)
{
return 0;
}
