/// <summary>
/// Adaptive CCI
/// </summary>
/// <returns></returns>
public AdaptiveCci AdaptiveCci(Data.IDataSeries input, AdaptiveCciPlots adaptiveCciPlotNo, int altNumbarsPlot1, int altNumbarsPlot2, int altNumbarsPlot3, int altNumbarsPlot4, double cycPart, int periodMultiplier, int smooth)
{
if (cacheAdaptiveCci != null)
for (int idx = 0; idx < cacheAdaptiveCci.Length; idx++)
if (cacheAdaptiveCci[idx].AdaptiveCciPlotNo == adaptiveCciPlotNo && cacheAdaptiveCci[idx].AltNumbarsPlot1 == altNumbarsPlot1 && cacheAdaptiveCci[idx].AltNumbarsPlot2 == altNumbarsPlot2 && cacheAdaptiveCci[idx].AltNumbarsPlot3 == altNumbarsPlot3 && cacheAdaptiveCci[idx].AltNumbarsPlot4 == altNumbarsPlot4 && Math.Abs(cacheAdaptiveCci[idx].CycPart - cycPart) <= double.Epsilon && cacheAdaptiveCci[idx].PeriodMultiplier == periodMultiplier && cacheAdaptiveCci[idx].Smooth == smooth && cacheAdaptiveCci[idx].EqualsInput(input))
return cacheAdaptiveCci[idx];
lock (checkAdaptiveCci)
{
checkAdaptiveCci.AdaptiveCciPlotNo = adaptiveCciPlotNo;
adaptiveCciPlotNo = checkAdaptiveCci.AdaptiveCciPlotNo;
checkAdaptiveCci.AltNumbarsPlot1 = altNumbarsPlot1;
altNumbarsPlot1 = checkAdaptiveCci.AltNumbarsPlot1;
checkAdaptiveCci.AltNumbarsPlot2 = altNumbarsPlot2;
altNumbarsPlot2 = checkAdaptiveCci.AltNumbarsPlot2;
checkAdaptiveCci.AltNumbarsPlot3 = altNumbarsPlot3;
altNumbarsPlot3 = checkAdaptiveCci.AltNumbarsPlot3;
checkAdaptiveCci.AltNumbarsPlot4 = altNumbarsPlot4;
altNumbarsPlot4 = checkAdaptiveCci.AltNumbarsPlot4;
checkAdaptiveCci.CycPart = cycPart;
cycPart = checkAdaptiveCci.CycPart;
checkAdaptiveCci.PeriodMultiplier = periodMultiplier;
periodMultiplier = checkAdaptiveCci.PeriodMultiplier;
checkAdaptiveCci.Smooth = smooth;
smooth = checkAdaptiveCci.Smooth;
if (cacheAdaptiveCci != null)
for (int idx = 0; idx < cacheAdaptiveCci.Length; idx++)
if (cacheAdaptiveCci[idx].AdaptiveCciPlotNo == adaptiveCciPlotNo && cacheAdaptiveCci[idx].AltNumbarsPlot1 == altNumbarsPlot1 && cacheAdaptiveCci[idx].AltNumbarsPlot2 == altNumbarsPlot2 && cacheAdaptiveCci[idx].AltNumbarsPlot3 == altNumbarsPlot3 && cacheAdaptiveCci[idx].AltNumbarsPlot4 == altNumbarsPlot4 && Math.Abs(cacheAdaptiveCci[idx].CycPart - cycPart) <= double.Epsilon && cacheAdaptiveCci[idx].PeriodMultiplier == periodMultiplier && cacheAdaptiveCci[idx].Smooth == smooth && cacheAdaptiveCci[idx].EqualsInput(input))
return cacheAdaptiveCci[idx];
AdaptiveCci indicator = new AdaptiveCci();
indicator.BarsRequired = BarsRequired;
indicator.CalculateOnBarClose = CalculateOnBarClose;
#if NT7
indicator.ForceMaximumBarsLookBack256 = ForceMaximumBarsLookBack256;
indicator.MaximumBarsLookBack = MaximumBarsLookBack;
#endif
indicator.Input = input;
indicator.AdaptiveCciPlotNo = adaptiveCciPlotNo;
indicator.AltNumbarsPlot1 = altNumbarsPlot1;
indicator.AltNumbarsPlot2 = altNumbarsPlot2;
indicator.AltNumbarsPlot3 = altNumbarsPlot3;
indicator.AltNumbarsPlot4 = altNumbarsPlot4;
indicator.CycPart = cycPart;
indicator.PeriodMultiplier = periodMultiplier;
indicator.Smooth = smooth;
Indicators.Add(indicator);
indicator.SetUp();
AdaptiveCci[] tmp = new AdaptiveCci[cacheAdaptiveCci == null ? 1 : cacheAdaptiveCci.Length + 1];
if (cacheAdaptiveCci != null)
cacheAdaptiveCci.CopyTo(tmp, 0);
tmp[tmp.Length - 1] = indicator;
cacheAdaptiveCci = tmp;
return indicator;
}
}
/// <summary>
/// Adaptive CCI
/// </summary>
/// <returns></returns>
public AdaptiveCci AdaptiveCci(Data.IDataSeries input, AdaptiveCciPlots adaptiveCciPlotNo, int altNumbarsPlot1, int altNumbarsPlot2, int altNumbarsPlot3, int altNumbarsPlot4, double cycPart, int periodMultiplier, int smooth)
{
if (cacheAdaptiveCci != null)
{
for (int idx = 0; idx < cacheAdaptiveCci.Length; idx++)
{
if (cacheAdaptiveCci[idx].AdaptiveCciPlotNo == adaptiveCciPlotNo && cacheAdaptiveCci[idx].AltNumbarsPlot1 == altNumbarsPlot1 && cacheAdaptiveCci[idx].AltNumbarsPlot2 == altNumbarsPlot2 && cacheAdaptiveCci[idx].AltNumbarsPlot3 == altNumbarsPlot3 && cacheAdaptiveCci[idx].AltNumbarsPlot4 == altNumbarsPlot4 && Math.Abs(cacheAdaptiveCci[idx].CycPart - cycPart) <= double.Epsilon && cacheAdaptiveCci[idx].PeriodMultiplier == periodMultiplier && cacheAdaptiveCci[idx].Smooth == smooth && cacheAdaptiveCci[idx].EqualsInput(input))
{
return(cacheAdaptiveCci[idx]);
}
}
}
lock (checkAdaptiveCci)
{
checkAdaptiveCci.AdaptiveCciPlotNo = adaptiveCciPlotNo;
adaptiveCciPlotNo = checkAdaptiveCci.AdaptiveCciPlotNo;
checkAdaptiveCci.AltNumbarsPlot1 = altNumbarsPlot1;
altNumbarsPlot1 = checkAdaptiveCci.AltNumbarsPlot1;
checkAdaptiveCci.AltNumbarsPlot2 = altNumbarsPlot2;
altNumbarsPlot2 = checkAdaptiveCci.AltNumbarsPlot2;
checkAdaptiveCci.AltNumbarsPlot3 = altNumbarsPlot3;
altNumbarsPlot3 = checkAdaptiveCci.AltNumbarsPlot3;
checkAdaptiveCci.AltNumbarsPlot4 = altNumbarsPlot4;
altNumbarsPlot4 = checkAdaptiveCci.AltNumbarsPlot4;
checkAdaptiveCci.CycPart = cycPart;
cycPart = checkAdaptiveCci.CycPart;
checkAdaptiveCci.PeriodMultiplier = periodMultiplier;
periodMultiplier = checkAdaptiveCci.PeriodMultiplier;
checkAdaptiveCci.Smooth = smooth;
smooth = checkAdaptiveCci.Smooth;
if (cacheAdaptiveCci != null)
{
for (int idx = 0; idx < cacheAdaptiveCci.Length; idx++)
{
if (cacheAdaptiveCci[idx].AdaptiveCciPlotNo == adaptiveCciPlotNo && cacheAdaptiveCci[idx].AltNumbarsPlot1 == altNumbarsPlot1 && cacheAdaptiveCci[idx].AltNumbarsPlot2 == altNumbarsPlot2 && cacheAdaptiveCci[idx].AltNumbarsPlot3 == altNumbarsPlot3 && cacheAdaptiveCci[idx].AltNumbarsPlot4 == altNumbarsPlot4 && Math.Abs(cacheAdaptiveCci[idx].CycPart - cycPart) <= double.Epsilon && cacheAdaptiveCci[idx].PeriodMultiplier == periodMultiplier && cacheAdaptiveCci[idx].Smooth == smooth && cacheAdaptiveCci[idx].EqualsInput(input))
{
return(cacheAdaptiveCci[idx]);
}
}
}
AdaptiveCci indicator = new AdaptiveCci();
indicator.BarsRequired = BarsRequired;
indicator.CalculateOnBarClose = CalculateOnBarClose;
#if NT7
indicator.ForceMaximumBarsLookBack256 = ForceMaximumBarsLookBack256;
indicator.MaximumBarsLookBack = MaximumBarsLookBack;
#endif
indicator.Input = input;
indicator.AdaptiveCciPlotNo = adaptiveCciPlotNo;
indicator.AltNumbarsPlot1 = altNumbarsPlot1;
indicator.AltNumbarsPlot2 = altNumbarsPlot2;
indicator.AltNumbarsPlot3 = altNumbarsPlot3;
indicator.AltNumbarsPlot4 = altNumbarsPlot4;
indicator.CycPart = cycPart;
indicator.PeriodMultiplier = periodMultiplier;
indicator.Smooth = smooth;
Indicators.Add(indicator);
indicator.SetUp();
AdaptiveCci[] tmp = new AdaptiveCci[cacheAdaptiveCci == null ? 1 : cacheAdaptiveCci.Length + 1];
if (cacheAdaptiveCci != null)
{
cacheAdaptiveCci.CopyTo(tmp, 0);
}
tmp[tmp.Length - 1] = indicator;
cacheAdaptiveCci = tmp;
return(indicator);
}
}