static void PrintDataSet(HearingSetInput dataObj)
{
Console.WriteLine($"Degree: { dataObj.Degree }");
Console.WriteLine($"AC_L_250: { dataObj.AC_L_250 }");
Console.WriteLine($"AC_L_500: { dataObj.AC_L_500 }");
Console.WriteLine($"AC_L_1000: { dataObj.AC_L_1000 }");
Console.WriteLine($"AC_L_2000: { dataObj.AC_L_2000 }");
Console.WriteLine($"AC_L_4000: { dataObj.AC_L_4000 }");
Console.WriteLine($"AC_L_8000: { dataObj.AC_L_8000 }");
Console.WriteLine($"AC_R_250: { dataObj.AC_R_250 }");
Console.WriteLine($"AC_R_500: { dataObj.AC_R_500 }");
Console.WriteLine($"AC_R_1000: { dataObj.AC_R_1000 }");
Console.WriteLine($"AC_R_2000: { dataObj.AC_R_2000 }");
Console.WriteLine($"AC_R_4000: { dataObj.AC_R_4000 }");
Console.WriteLine($"AC_R_8000: { dataObj.AC_R_8000 }");
Console.WriteLine($"BC_L_250: { dataObj.BC_L_250 }");
Console.WriteLine($"BC_L_500: { dataObj.BC_L_500 }");
Console.WriteLine($"BC_L_1000: { dataObj.BC_L_1000 }");
Console.WriteLine($"BC_L_2000: { dataObj.BC_L_2000 }");
Console.WriteLine($"BC_L_4000: { dataObj.BC_L_4000 }");
Console.WriteLine($"BC_L_8000: { dataObj.BC_L_8000 }");
Console.WriteLine($"BC_R_250: { dataObj.BC_R_250 }");
Console.WriteLine($"BC_R_500: { dataObj.BC_R_500 }");
Console.WriteLine($"BC_R_1000: { dataObj.BC_R_1000 }");
Console.WriteLine($"BC_R_2000: { dataObj.BC_R_2000 }");
Console.WriteLine($"BC_R_4000: { dataObj.BC_R_4000 }");
Console.WriteLine($"BC_R_8000: { dataObj.BC_R_8000 }");
}
static void Main()
{
ModelBuilder.CreateModel();
Console.WriteLine("\n\n============================================\n\n");
HearingSetInput sampleData = new HearingSetInput()
{
Degree = @"Mild",
AC_L_250 = @"30",
AC_L_500 = @"25",
AC_L_1000 = @"40",
AC_L_2000 = @"25",
AC_L_4000 = @"30",
AC_L_8000 = @"30",
AC_R_250 = @"40",
AC_R_500 = @"30",
AC_R_1000 = @"35",
AC_R_2000 = @"30",
AC_R_4000 = @"35",
AC_R_8000 = @"25",
BC_L_250 = @"0",
BC_L_500 = @"5",
BC_L_1000 = @"-5",
BC_L_2000 = @"5",
BC_L_4000 = @"5",
BC_L_8000 = @"10",
BC_R_250 = @"5",
BC_R_500 = @"-5",
BC_R_1000 = @"10",
BC_R_2000 = @"0",
BC_R_4000 = @"5",
BC_R_8000 = @"10"
};
Console.WriteLine("Using model to make a single prediction for the following data:\n");
PrintDataSet(sampleData);
var predictionResult = ConsumeModel.Predict(sampleData);
PrintPredictionResults(predictionResult);
Console.WriteLine("\n\nPress any key to quit.");
Console.ReadKey();
}
