public double Calculate()
{
var mavalue = _ma.Calculate();
//do more stuff
return(mavalue);
}
public void Calculate_1Periods()
{
double[] input = new double[] { 275, 291, 307, 281, 295 };
double[] forecast = ArrayBased.Join(MovingAverage.Calculate(input, 5));
double expectedValue = 289.8;
Assert.Equal(expectedValue, forecast.Last(), 1);
}
private void GetMovingAverages()
{
foreach (KeyValuePair <string, EpiCurveModel> keyValuePair in EpiCurveEntryByWard)
{
keyValuePair.Value.MAVG7 = MovingAverage.Calculate(mavg7[keyValuePair.Key], keyValuePair.Value.Anzahl, WEEK);
keyValuePair.Value.MAVG28 = MovingAverage.Calculate(mavg28[keyValuePair.Key], keyValuePair.Value.Anzahl, MONTH);
}
}
public void Calculate_0Periods()
{
double[] input = new double[] { 654, 658, 665, 672, 673, 671, 693, 694, 701, 703, 702, 710, 712, 711, 728 };
double[] forecast = ArrayBased.Join(MovingAverage.Calculate(input, 3));
double[] expectedValue = new double[] { 659, 665, 670, 672, 679, 686, 696, 699, 702, 705, 708, 711, 717 };
double[] simplifiedForecast = forecast.Select(d => Math.Round(d)).ToArray <double>();
Assert.Equal(expectedValue, simplifiedForecast);
}
public override void Calculate(int index)
{
_ma1.Calculate(index);
_ma2.Calculate(index);
var diff = _ma1.Result[index] - _ma2.Result[index];
Result[index] = _ma1.Result[index] + CorrectionFactor * diff;
}
public void Calculate_negativeMovinAverageTerms()
{
double[] input = new double[] { };
try
{
MovingAverage.Calculate(input, -1);
}
catch (NegativeMovingAverageTerms e)
{
Assert.Equal(e.Message, NegativeMovingAverageTerms.eMessage);
}
}
public override void Calculate(int index)
{
/*Calculate close - centered moving average*/
Cycle[index] = MarketSeries.Close[index] - Avg.Result[index + back];
/*Calculate a moving average of cycle index*/
Avg_Cycle.Calculate(index);
Cycle_Ma[index] = Avg_Cycle.Result[index];
/*Calculate the difference of Cycle with her moving average*/
ABS[index] = Math.Abs(Cycle[index] - Cycle_Ma[index]);
Avg_Abs.Calculate(index);
Band_Up[index] = Cycle_Ma[index] + (Bands_Deviation * Avg_Abs.Result[index]);
Band_Down[index] = Cycle_Ma[index] - (Bands_Deviation * Avg_Abs.Result[index]);
}
public override void Calculate(int index)
{
/** Create a defaut value **/
UpCandle[index] = 0.0;
UpCandleBack[index] = 0.0;
UpShadow[index] = 0.0;
DownCandle[index] = 0.0;
DownCandleBack[index] = 0.0;
DownShadow[index] = 0.0;
ShadowBack[index] = 0.0;
/*********/
Range[index] = MarketSeries.High[index] - MarketSeries.Low[index];
MovRange.Calculate(index);
///
_Avalue[index] = 0.2 * MovRange.Result[index];
///
MiddleRange[index] = (MarketSeries.High[index] + MarketSeries.Low[index]) / 2;
_Bvalue.Calculate(index);
DownNiveau[index] = 7.0;
UpNiveau[index] = 23.0;
DownNiveau2[index] = 9.0;
UpNiveau2[index] = 21.0;
if (MarketSeries.Close[index] > MarketSeries.Open[index])
{
UpCandle[index] = 15 + ((MarketSeries.Close[index] - _Bvalue.Result[index]) / _Avalue[index]);
UpCandleBack[index] = 15 + ((MarketSeries.Open[index] - _Bvalue.Result[index]) / _Avalue[index]);
UpShadow[index] = 15 + ((MarketSeries.High[index] - _Bvalue.Result[index]) / _Avalue[index]);
}
else
{
DownCandle[index] = 15 + ((MarketSeries.Open[index] - _Bvalue.Result[index]) / _Avalue[index]);
DownCandleBack[index] = 15 + ((MarketSeries.Close[index] - _Bvalue.Result[index]) / _Avalue[index]);
DownShadow[index] = 15 + ((MarketSeries.High[index] - _Bvalue.Result[index]) / _Avalue[index]);
}
ShadowBack[index] = 15 + ((MarketSeries.Low[index] - _Bvalue.Result[index]) / _Avalue[index]);
}
