private static CoreLogic.Classes.Class ConvertModelToClass(Models.Class classModel)
{
if (classModel.type == MF_TRIANGULAR)
{
return new CoreLogic.Classes.ClassWithTriangularMF(
classModel.name,
classModel.@params[MF_TRIANGULAR_A],
classModel.@params[MF_TRIANGULAR_B],
classModel.@params[MF_TRIANGULAR_C]
);
}
else if (classModel.type == MF_TRAPEZOIDAL)
{
return new CoreLogic.Classes.ClassWithTrapezoidalMF(
classModel.name,
classModel.@params[MF_TRAPEZOIDAL_A],
classModel.@params[MF_TRAPEZOIDAL_B],
classModel.@params[MF_TRAPEZOIDAL_C],
classModel.@params[MF_TRAPEZOIDAL_D]
);
}
else if (classModel.type == MF_GAUSSIAN)
{
return new CoreLogic.Classes.ClassWithGaussianMF(
classModel.name,
classModel.@params[MF_GAUSSIAN_C],
classModel.@params[MF_GAUSSIAN_SIGMA]
);
}
else if (classModel.type == MF_GENERALISED_BELL)
{
return new CoreLogic.Classes.ClassWithGeneralisedBellMF(
classModel.name,
classModel.@params[MF_GENERALISED_BELL_A],
classModel.@params[MF_GENERALISED_BELL_B],
classModel.@params[MF_GENERALISED_BELL_C]
);
}
else if (classModel.type == MF_SIGMOID_DIFF)
{
return new CoreLogic.Classes.ClassWithSigmoidDifferenceMF(
classModel.name,
classModel.@params[MF_SIGMOID_DIFF_A1],
classModel.@params[MF_SIGMOID_DIFF_A2],
classModel.@params[MF_SIGMOID_DIFF_C1],
classModel.@params[MF_SIGMOID_DIFF_C2]
);
}
else
{
throw new ArgumentException($"Attemt to parse an unknown type of classes: {classModel.type}");
}
}
private static Models.Class ConvertClassToModel(CoreLogic.Classes.Class clazz)
{
var classModel = new Models.Class { name = clazz.Name, @params = new Dictionary<string, double>() };
if (clazz is CoreLogic.Classes.ClassWithTriangularMF)
{
classModel.type = MF_TRIANGULAR;
var classWithTriangularMF = clazz as CoreLogic.Classes.ClassWithTriangularMF;
classModel.@params[MF_TRIANGULAR_A] = classWithTriangularMF.A;
classModel.@params[MF_TRIANGULAR_B] = classWithTriangularMF.B;
classModel.@params[MF_TRIANGULAR_C] = classWithTriangularMF.C;
}
else if (clazz is CoreLogic.Classes.ClassWithTrapezoidalMF)
{
classModel.type = MF_TRAPEZOIDAL;
var classWithTrapezoidalMF = clazz as CoreLogic.Classes.ClassWithTrapezoidalMF;
classModel.@params[MF_TRAPEZOIDAL_A] = classWithTrapezoidalMF.A;
classModel.@params[MF_TRAPEZOIDAL_B] = classWithTrapezoidalMF.B;
classModel.@params[MF_TRAPEZOIDAL_C] = classWithTrapezoidalMF.C;
classModel.@params[MF_TRAPEZOIDAL_D] = classWithTrapezoidalMF.D;
}
else if (clazz is CoreLogic.Classes.ClassWithGaussianMF)
{
classModel.type = MF_GAUSSIAN;
var classWithGaussianMF = clazz as CoreLogic.Classes.ClassWithGaussianMF;
classModel.@params[MF_GAUSSIAN_C] = classWithGaussianMF.C;
classModel.@params[MF_GAUSSIAN_SIGMA] = classWithGaussianMF.Sigma;
}
else if (clazz is CoreLogic.Classes.ClassWithGeneralisedBellMF)
{
classModel.type = MF_GENERALISED_BELL;
var classWithGeneralisedBellMF = clazz as CoreLogic.Classes.ClassWithGeneralisedBellMF;
classModel.@params[MF_GENERALISED_BELL_A] = classWithGeneralisedBellMF.A;
classModel.@params[MF_GENERALISED_BELL_B] = classWithGeneralisedBellMF.B;
classModel.@params[MF_GENERALISED_BELL_C] = classWithGeneralisedBellMF.C;
}
else if (clazz is CoreLogic.Classes.ClassWithSigmoidDifferenceMF)
{
classModel.type = MF_SIGMOID_DIFF;
var classWithSigmoidDifferenceMF = clazz as CoreLogic.Classes.ClassWithSigmoidDifferenceMF;
classModel.@params[MF_SIGMOID_DIFF_A1] = classWithSigmoidDifferenceMF.A1;
classModel.@params[MF_SIGMOID_DIFF_A2] = classWithSigmoidDifferenceMF.A2;
classModel.@params[MF_SIGMOID_DIFF_C1] = classWithSigmoidDifferenceMF.C1;
classModel.@params[MF_SIGMOID_DIFF_C2] = classWithSigmoidDifferenceMF.C2;
}
else
{
throw new ArgumentException($"Attempt to handle an unknown type: {clazz.GetType().FullName}.");
}
return classModel;
}
