/// <summary>
/// Prosedur untuk menghitung nilai error hasil prediksi
/// </summary>
private void ForecastingError()
{
MeasuringForecastingError mfe = new MeasuringForecastingError(this.Y, this.residual, this.t, this.n);
this.sse = mfe.SSE;
this.mse = mfe.MSE;
this.mae = mfe.MAE;
this.mpe = mfe.MPE;
this.mape = mfe.MAPE;
}
/// <summary>
/// Prosedur untuk menghitung nilai error hasil prediksi
/// </summary>
private void ForecastingError()
{
int testPeriode = 2 * this.t - 1;
MeasuringForecastingError mfe = new MeasuringForecastingError(this.y, this.residual, testPeriode, this.n);
this.sse = mfe.SSE;
this.mse = mfe.MSE;
this.mae = mfe.MAE;
this.mpe = mfe.MPE;
this.mape = mfe.MAPE;
}
/// <summary>
/// Prosedur untuk menghitung nilai error hasil prediksi
/// </summary>
private void ForecastingError()
{
MeasuringForecastingError mfe = new MeasuringForecastingError(this.Y, this.residual, this.t, this.n);
this.sse = mfe.SSE;
this.mse = mfe.MSE;
this.mae = mfe.MAE;
this.mpe = mfe.MPE;
this.mape = mfe.MAPE;
}
/// <summary>
/// Prosedur untuk menghitung nilai error hasil prediksi
/// </summary>
private void ForecastingError()
{
int testPeriode = 2 * this.t - 1;
MeasuringForecastingError mfe = new MeasuringForecastingError(this.y, this.residual, testPeriode, this.n);
this.sse = mfe.SSE;
this.mse = mfe.MSE;
this.mae = mfe.MAE;
this.mpe = mfe.MPE;
this.mape = mfe.MAPE;
}
