/// <summary>
/// Called on each bar update event (incoming tick)
/// </summary>
protected override void OnBarUpdate()
{
// Code for SMA 100 line
if (CurrentBar == 0)
{
Trend.Set(Input[0]);
}
else
{
double last = Trend[1] * Math.Min(CurrentBar, smaPeriod);
if (CurrentBar >= smaPeriod)
{
Trend.Set((last + Input[0] - Input[smaPeriod]) / Math.Min(CurrentBar, smaPeriod));
if (CountIf(delegate { return(Trend[0] > Trend[1]); }, 15) == 15)
//if (Rising(Trend))
{
PlotColors[6][0] = upColor;
}
else if (CountIf(delegate { return(Trend[0] < Trend[1]); }, 15) == 15)
{
PlotColors[6][0] = downColor;
}
}
else
{
Trend.Set((last + Input[0]) / (Math.Min(CurrentBar, smaPeriod) + 1));
}
}
// Code for other indicators
if (CurrentBar < 5)
{
return;
}
if (High[0] < High[2] && High[1] < High[2] && High[3] < High[2] && High[4] < High[2])
{
double halfStdDevValue = (StdDev(period)[2]) / 2;
//Plots[0].Pen = new Pen(Color.Green);
Values[0][2] = High[2] + halfStdDevValue;
if (High[2] > Close[HighestBar(Close, donchianPeriod)])
{
UpperTarget.Set(2, High[2] * 1.1); // 10% above
}
// else
// {
// Print(Time + " CurrentBar: " + CurrentBar + " HighestBar(High, 22): " + HighestBar(High, 22));
// }
}
if (Low[0] > Low[2] && Low[1] > Low[2] && Low[3] > Low[2] && Low[4] > Low[2])
{
double halfStdDevValue = (StdDev(period)[2]) / 2;
//Values[1][2] = Low[2] - halfStdDevValue;
Lower.Set(2, Low[2] - halfStdDevValue);
if (Low[2] < Close[LowestBar(Close, donchianPeriod)])
{
LowerTarget.Set(2, Low[2] * 0.9); // 10% below low
}
}
//UpperDonchian.Set(MAX(Close, donchianPeriod)[0]);
//LowerDonchian.Set(MIN(Close, donchianPeriod)[0]);
}
protected override void OnBarUpdate()/////////////////////////////////////////////////////////
{
switch (mAType1)
{
case DMAType.EMA:
ma1Series.Set(EMA(Input, mAPeriod1)[0]);
break;
case DMAType.HMA:
ma1Series.Set(HMA(Input, mAPeriod1)[0]);
break;
case DMAType.WMA:
ma1Series.Set(WMA(Input, mAPeriod1)[0]);
break;
case DMAType.SMA:
ma1Series.Set(SMA(Input, mAPeriod1)[0]);
break;
case DMAType.MIN:
ma1Series.Set(MIN(Input, mAPeriod1)[0]);
break;
case DMAType.MAX:
ma1Series.Set(MAX(Input, mAPeriod1)[0]);
break;
case DMAType.Wilder:
ma1Series.Set(Wilder(Input, mAPeriod1)[0]);
break;
case DMAType.EhlersFilter:
ma1Series.Set(EhlersFilter(Input, mAPeriod1)[0]);
break;
case DMAType.ADXVMA:
ma1Series.Set(ADXVMA(Input, mAPeriod1)[0]);
break;
case DMAType.ZeroLagEMA:
ma1Series.Set(ZeroLagEMA(Input, mAPeriod1)[0]);
break;
case DMAType.TMA:
ma1Series.Set(TMA(Input, mAPeriod1)[0]);
break;
case DMAType.VWMA:
ma1Series.Set(VWMA(Input, mAPeriod1)[0]);
break;
case DMAType.SMMA:
ma1Series.Set(SMMA(Input, mAPeriod1)[0]);
break;
case DMAType.LLMA:
ma1Series.Set(LLMA(Input, mAPeriod1, 0)[0]);
break;
case DMAType.None:
ma1Series.Set(Input[0]);
break;
}
switch (mAType2)
{
case DMAType.EMA:
ma2Series.Set(EMA(Input, mAPeriod2)[0]);
break;
case DMAType.HMA:
ma2Series.Set(HMA(Input, mAPeriod2)[0]);
break;
case DMAType.WMA:
ma2Series.Set(WMA(Input, mAPeriod2)[0]);
break;
case DMAType.SMA:
ma2Series.Set(SMA(Input, mAPeriod2)[0]);
break;
case DMAType.MIN:
ma2Series.Set(MIN(Input, mAPeriod2)[0]);
break;
case DMAType.MAX:
ma2Series.Set(MAX(Input, mAPeriod2)[0]);
break;
case DMAType.Wilder:
ma2Series.Set(Wilder(Input, mAPeriod2)[0]);
break;
case DMAType.EhlersFilter:
ma2Series.Set(EhlersFilter(Input, mAPeriod2)[0]);
break;
case DMAType.ADXVMA:
ma2Series.Set(ADXVMA(Input, mAPeriod2)[0]);
break;
case DMAType.ZeroLagEMA:
ma2Series.Set(ZeroLagEMA(Input, mAPeriod2)[0]);
break;
case DMAType.TMA:
ma2Series.Set(TMA(Input, mAPeriod2)[0]);
break;
case DMAType.VWMA:
ma2Series.Set(VWMA(Input, mAPeriod2)[0]);
break;
case DMAType.SMMA:
ma2Series.Set(SMMA(Input, mAPeriod2)[0]);
break;
case DMAType.LLMA:
ma2Series.Set(LLMA(Input, mAPeriod2, 0)[0]);
break;
case DMAType.None:
ma2Series.Set(Input[0]);
break;
}
switch (mAType3)
{
case DMAType.EMA:
ma3Series.Set(EMA(Input, mAPeriod3)[0]);
break;
case DMAType.HMA:
ma3Series.Set(HMA(Input, mAPeriod3)[0]);
break;
case DMAType.WMA:
ma3Series.Set(WMA(Input, mAPeriod3)[0]);
break;
case DMAType.SMA:
ma3Series.Set(SMA(Input, mAPeriod3)[0]);
break;
case DMAType.MIN:
ma3Series.Set(MIN(Input, mAPeriod3)[0]);
break;
case DMAType.MAX:
ma3Series.Set(MAX(Input, mAPeriod3)[0]);
break;
case DMAType.Wilder:
ma3Series.Set(Wilder(Input, mAPeriod3)[0]);
break;
case DMAType.EhlersFilter:
ma3Series.Set(EhlersFilter(Input, mAPeriod3)[0]);
break;
case DMAType.ADXVMA:
ma3Series.Set(ADXVMA(Input, mAPeriod3)[0]);
break;
case DMAType.ZeroLagEMA:
ma3Series.Set(ZeroLagEMA(Input, mAPeriod3)[0]);
break;
case DMAType.TMA:
ma3Series.Set(TMA(Input, mAPeriod3)[0]);
break;
case DMAType.VWMA:
ma3Series.Set(VWMA(Input, mAPeriod3)[0]);
break;
case DMAType.SMMA:
ma3Series.Set(SMMA(Input, mAPeriod3)[0]);
break;
case DMAType.LLMA:
ma3Series.Set(LLMA(Input, mAPeriod3, 0)[0]);
break;
case DMAType.None:
ma3Series.Set(Input[0]);
break;
}
if (Drawline)
{
BarColor = Color.Transparent;
CandleOutlineColor = Color.Transparent;
}
Fast.Set(ma1Series[0]);
Slow.Set(ma2Series[0]);
Trend.Set(ma3Series[0]);
if (Drawdots)
{
Dot.Set(Close[0]);
if (Input[0] > Fast[0] && Input[0] > Slow[0] && Input[0] > Trend[0])
{
PlotColors[0][0] = UpColor;
}
else if (Input[0] < Fast[0] && Input[0] < Slow[0] && Input[0] < Trend[0])
{
PlotColors[0][0] = DownColor;
}
else
{
PlotColors[0][0] = FlatColor;
}
}
if (Drawdots == false)
{
Dot.Set(Close[0]);
if (Close[0] > Open[0])
{
PlotColors[0][0] = UpColor;
}
else if (Close[0] < Open[0])
{
PlotColors[0][0] = DownColor;
}
else
{
PlotColors[0][0] = FlatColor;
}
}
if (Drawline)
{
if (Input[0] > Fast[0] && Input[0] > Slow[0] && Input[0] > Trend[0])
{
Line.Set(Close[0]);
PlotColors[1][0] = UpColor;
}
else if (Input[0] < Fast[0] && Input[0] < Slow[0] && Input[0] < Trend[0])
{
Line.Set(Close[0]);
PlotColors[1][0] = DownColor;
}
else
{
Line.Set(Close[0]);
PlotColors[1][0] = FlatColor;
}
}
if (colorbackground)
{
if (colorbackgroundall)
{
if (Input[0] > Fast[0] && Input[0] > Slow[0] && Input[0] > Trend[0])
{
BackColorAll = Color.FromArgb(Opacity, BgColorUp);
}
else if (Input[0] < Fast[0] && Input[0] < Slow[0] && Input[0] < Trend[0])
{
BackColorAll = Color.FromArgb(Opacity, BgColorDown);
}
else
{
BackColorAll = Color.Empty;
}
}
else
{
if (Input[0] > Fast[0] && Input[0] > Slow[0] && Input[0] > Trend[0])
{
BackColor = Color.FromArgb(Opacity, BgColorUp);
}
else if (Input[0] < Fast[0] && Input[0] < Slow[0] && Input[0] < Trend[0])
{
BackColor = Color.FromArgb(Opacity, BgColorDown);
}
else
{
BackColor = Color.Empty;
}
}
}
if (Values[2][0] > Values[3][0])
{
PlotColors[2][0] = UpColorMA1;
PlotColors[3][0] = UpColorMA2;
}
else
{
PlotColors[2][0] = DownColorMA1;
PlotColors[3][0] = DownColorMA2;
}
if (Values[2][0] > Values[4][0] && Values[3][0] > Values[4][0])
{
PlotColors[4][0] = UpColorMA3;
}
else if (Values[2][0] < Values[4][0] && Values[3][0] < Values[4][0])
{
PlotColors[4][0] = DownColorMA3;
}
else
{
PlotColors[4][0] = FlatColorMA3;
}
if (soundAlert)
{
if (CrossAbove(Fast, Slow, 1))
{
Alert("UpAlert", NinjaTrader.Cbi.Priority.Medium, "UpAlert", upAlertFile, 60, Color.Navy, Color.Magenta);
}
if (CrossBelow(Fast, Slow, 1))
{
Alert("DownAlert", NinjaTrader.Cbi.Priority.Medium, "DownAlert", downAlertFile, 60, Color.Navy, Color.Yellow);
}
}
if (CurrentBar < 2)
{
return;
}
if (Colorzone)
{
if (Fast[0] > Slow[0])
{
DrawRegion("MABands" + CurrentBar, 1, 0, ma1Series, ma2Series, Color.Transparent, UpColor, Zopacity);
}
else
{
DrawRegion("MABands" + CurrentBar, 1, 0, ma1Series, ma2Series, Color.Transparent, DownColor, Zopacity);
}
}
}