mladen wrote: Tue Feb 21, 2017 5:53 pm MacdBB V4 NT8.0.4 + gradient + pullback setting

Includes:

* Paint bars.
* Candle outlines.
* Paint background of panel and chart.
* Standard option.
* New pullback option. If the dots are above/below the average then the dominant trend colors the dots.
* Gradient option with improved gradient methods.
* Radial gradient 'bling' for your dots.
* Custom audio alert.
* Gapless option. Use intraday to ignore the opening gap. Useful for determining the opening trend.
* Chart signals for entry and exit, based on crossing of the zero line, average or bollingers.
* New SignalIntSeries using +1 for uptrend, -1 for downtrend to use in your strategies.
* Choice between standard deviations or mean absolute deviation (MAD).


(RightClick_ExtractMeFirst)_Sim22_MacdBBV4.0.0_NT8.0.4_Feb2017.zip

mladen wrote: Fri Feb 17, 2017 8:59 pm Thread for NinjaTrader Indicators and miscellaneous interesting stuff ...

Lionheart wrote: Sat Jul 23, 2022 9:17 pm Ninja Trader indicator can be used also in cTrader platform?

alesiosc wrote: Sat Sep 24, 2022 5:13 am hello. could someone please convert this MT4 Damiani Voltmeter and Vertex to NT8 please. they are such a good indicators but since moving over to NT8 i cant find them anywhere which is really surprising as they are such good indicators for identifying chop. plots would need to be exposed too as im using Bloodhound with it too. thanks. hope some can help.....
Damiani_volatmeter.zipVertex.zip

//PRC_Damiani Volatmeter | indicator
//24.04.2017
//Nicolas @ www.prorealcode.com
//Sharing ProRealTime knowledge
//translated from MT4 indicator code
 
//---settings
//Viscosity=7
//Sedimentation=50
//Thresholdlevel=1.1
//lagsupressor=1 //boolean value (default=true)
//MAtype=2 //MA type variable (2=Weighted average)
//---end of settings
 
if barindex>Sedimentation then
 lagsK=0.5 
 sa = averagetruerange[Viscosity]
 s1 = indc[1]
 s3 = indc[3]
 if lagsupressor then 
  vol=sa/averagetruerange[Sedimentation]+lagsK*(s1-s3)
 else
  vol=sa/averagetruerange[Sedimentation]
endif
 
 MA1=average[Viscosity,MAtype](typicalprice)
 D1=0
 Sum1=0
 for x1=0 to Viscosity-1 do 
  D1=square(typicalprice[x1]-MA1)
  Sum1=Sum1+D1
  anti=sqrt(Sum1/(x1+1))
 next
 MA2=average[Sedimentation,MAtype](typicalprice)
 D2=0
 Sum2=0
 for x2=0 to Sedimentation-1 do
  D2=square(typicalprice[x2]-MA2)
  Sum2=Sum2+D2
  Sedi=sqrt(Sum2/(x2+1))
 next
 
 antithres=anti/Sedi
 
 t = Thresholdlevel
 t=t-antithres
 
 if(vol>t) then 
  volt=vol
 else
  volt=vol
 endif
 
 indc=vol
endif
 
return volt coloured(0,200,0) style(line,2) as "volatility meter",t style(dottedline) as "threshold level"