traduzione codice TW Weighted Oscillator Convergence Divergence

• 09/13/2024 at 7:10 AM #237531
  Msport71

  Buongiorno,

   

  chiedo cortese traduzione di questo codice, che sono curioso di testare e vedere se è migliore del famoso Alligator di Williams.

  Grazie come sempre per l’aiuto.

  https://it.tradingview.com/script/JAZ2GOdu-Weighted-Oscillator-Convergence-Divergence/

  // This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
  // © tseddik

  //@version=5
  indicator(title=”Weighted Oscillator Convergence Divergence”, shorttitle=”WOCD”, overlay=false, timeframe = ”, timeframe_gaps = true)

  // Inputs
  length = input(9, title=”Length”)
  smooth1 = input(5, title=”Smoothing 1″)
  smooth2 = input(7, title=”Smoothing 2″)
  maTypeInput = input.string(“Weighted”, title=”MA Type”, options=[“Weighted”,”NonLag”,”Wilder”])
  src = input.source(close, title= “source”)
  oscDiff = input(9, title=”0sc Diff”)

  col_length = input(#2962FF, “Length  ”, group=”Color Settings”, inline=”Length”)
  col_smooth1 = input(#FF6D00, “Smooth1  ”, group=”Color Settings”, inline=”Smooth1″)
  col_smooth2 = input(#ff00d4, “Smooth2  ”, group=”Color Settings”, inline=”Smooth2″)
  col_grow_above = input(#00ffe5, “Above   Grow”, group=”Histogram”, inline=”Above”)
  col_fall_above = input(#b2dcdf, “Fall”, group=”Histogram”, inline=”Above”)
  col_grow_below = input(#ffcdf0, “Below Grow”, group=”Histogram”, inline=”Below”)
  col_fall_below = input(#ff52bd, “Fall”, group=”Histogram”, inline=”Below”)

  nonLagEMA(src, length) =>
  alpha = 2 / (length + 1)
  nonLag = 0.0
  nonLag := alpha * src + (1 – alpha) * ta.ema(src, length)
  nonLag

  Wild_ma(_src, _malength) =>
  _wild = 0.0
  _wild := nz(_wild[1]) + (_src – nz(_wild[1])) / _malength
  _wild

  ma(source, length, type) =>
  switch type
  “NonLag” => nonLagEMA(source, length)
  “Wilder” => Wild_ma(source, length)
  “Weighted” => ta.wma(source, length)

  // Calculate raw oscillator value
  diff = close – src[length]

  smoothedOscillator = ma(diff, oscDiff, maTypeInput)

  // Apply smoothing
  smoothedValue1 = ta.ema(smoothedOscillator, smooth1)
  smoothedValue2 = ta.sma(smoothedOscillator, smooth2)

  hist = smoothedOscillator – smoothedValue1

  // Plot oscillator and smoothed values
  plot(hist, title=”Histogram”, style=plot.style_columns, color=(hist>=0 ? (hist[1] < hist ? col_grow_above : col_fall_above) : (hist[1] < hist ? col_grow_below : col_fall_below)))
  plot(smoothedOscillator, color=col_length, title=”WOCD Line”)
  plot(smoothedValue1, color=col_smooth1, title=”Smoothed EMA”)
  plot(smoothedValue2, color=col_smooth2, title=”Smoothed SMA”)

  // Plot zero line
  hline(0, “Zero Line”, color=color.gray)

  

  Msport71

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  09/13/2024 at 9:23 AM #237533
  Iván

  Ecco qui:

  //--------------------------------------------------------// //PRC_Weighted Oscillator Convergence Divergence (WOCD) //version = 0 //13.09.2024 //Iván González @ www.prorealcode.com //Sharing ProRealTime knowledge //--------------------------------------------------------// //-----Inputs---------------------------------------------// //--------------------------------------------------------// length=9 smooth1=5 smooth2=7 maTypeInput=1 //1=Weighted 2=NonLag 3=Wilder src=close oscDiff=9 //--------------------------------------------------------// //-----Raw Oscillator-------------------------------------// //--------------------------------------------------------// diff=close-src[length] if maTypeInput=1 then smoothedOscillator=weightedaverage[oscDiff](diff) elsif maTypeInput=2 then alpha=2/(oscDiff+1) smoothedOscillator=alpha*diff+(1-alpha)*exponentialaverage[oscdiff](diff) elsif maTypeInput=3 then smoothedOscillator=WilderAverage[oscdiff](diff) endif //--------------------------------------------------------// //-----Apply Smoothing------------------------------------// //--------------------------------------------------------// smoothedValue1=exponentialaverage[smooth1](smoothedOscillator) smoothedValue2=average[smooth2](smoothedOscillator) //--------------------------------------------------------// //-----Histogram------------------------------------------// //--------------------------------------------------------// hist=smoothedOscillator-smoothedValue1 //--------------------------------------------------------// //-----Plot Oscillator and smoothed values----------------// //--------------------------------------------------------// if hist>0 then if hist[1]<hist then r=0 g=255 b=229 else r=178 g=220 b=223 endif else if hist[1]<hist then r=255 g=205 b=240 else r=255 g=82 b=189 endif endif //--------------------------------------------------------// return hist as "Histogram" style(histogram)coloured(r,g,b), smoothedOscillator as "WOCD Line" coloured(41,98,255)style(line,2),smoothedValue1 as "Smoothed EMA" coloured(255,109,0), smoothedValue2 as "Smoothed SMA" coloured(255,0,212)

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  //--------------------------------------------------------// //PRC_Weighted Oscillator Convergence Divergence (WOCD) //version = 0 //13.09.2024 //Iván González @ www.prorealcode.com //Sharing ProRealTime knowledge //--------------------------------------------------------// //-----Inputs---------------------------------------------// //--------------------------------------------------------// length=9 smooth1=5 smooth2=7 maTypeInput=1 //1=Weighted 2=NonLag 3=Wilder src=close oscDiff=9 //--------------------------------------------------------// //-----Raw Oscillator-------------------------------------// //--------------------------------------------------------// diff=close-src[length] if maTypeInput=1 then smoothedOscillator=weightedaverage[oscDiff](diff) elsif maTypeInput=2 then alpha=2/(oscDiff+1) smoothedOscillator=alpha*diff+(1-alpha)*exponentialaverage[oscdiff](diff) elsif maTypeInput=3 then smoothedOscillator=WilderAverage[oscdiff](diff) endif //--------------------------------------------------------// //-----Apply Smoothing------------------------------------// //--------------------------------------------------------// smoothedValue1=exponentialaverage[smooth1](smoothedOscillator) smoothedValue2=average[smooth2](smoothedOscillator) //--------------------------------------------------------// //-----Histogram------------------------------------------// //--------------------------------------------------------// hist=smoothedOscillator-smoothedValue1 //--------------------------------------------------------// //-----Plot Oscillator and smoothed values----------------// //--------------------------------------------------------// if hist>0 then if hist[1]<hist then r=0 g=255 b=229 else r=178 g=220 b=223 endif else if hist[1]<hist then r=255 g=205 b=240 else r=255 g=82 b=189 endif endif //--------------------------------------------------------// return hist as "Histogram" style(histogram)coloured(r,g,b), smoothedOscillator as "WOCD Line" coloured(41,98,255)style(line,2),smoothedValue1 as "Smoothed EMA" coloured(255,109,0), smoothedValue2 as "Smoothed SMA" coloured(255,0,212)

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  Msport71

  

  Iván

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  09/13/2024 at 12:20 PM #237539
  Msport71

  Grazie e mille, super veloce!

  

  Msport71

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