private void GenerateHigh()
{
var HighData = new HighestHigh(this.Candles.Select(y => y.Candle), 12).Compute();
if (HighData.Last().Tick != null)
{
this.HighestHigh.Add(HighData.Last().Tick.ChangeType <double>());
if (this.HighestHigh.Count() > 1)
{
switch (this.High.HasChange())
{
///Raise signal and update index
case List.GenericChangeType.Down:
IndexHighestHigh = this.HighestHigh.Count() - 1;
break;
case List.GenericChangeType.Up:
IndexHighestHigh = this.HighestHigh.Count() - 1;
break;
case List.GenericChangeType.Same:
break;
}
}
}
}
public async Task TestHighestHighAsync()
{
var candles = await ImportCandlesAsync();
var indicator = new HighestHigh(candles, 10);
var result = indicator[candles.Count - 1];
Assert.IsTrue(140.34m.IsApproximatelyEquals(result.Value));
}
public async Task TestHighestHighAsync()
{
var equity = await ImportEquityAsync();
var indicator = new HighestHigh(equity, 10);
var result = indicator.ComputeByIndex(equity.Count - 1);
Assert.IsTrue(140.34m.IsApproximatelyEquals(result.HighestHigh.Value));
}
public IList <BaseIndicatorValue> ComputeHighestMaxPrices(IList <Candle> candles, Int32 period)
{
var indicator = new HighestHigh(candles.Select(candle => candle.ToInnerModel()), period);
var innerValues = indicator.Compute();
var outputValues = new List <BaseIndicatorValue>();
outputValues.AddRange(innerValues
.Where(value => value.DateTime.HasValue)
.Select(value => value.ToOuterModel()));
return(outputValues);
}