Schaff Trend with CCI

• 12/14/2018 at 6:12 PM #87131
  Loop

  Indicator found in Tradingview website:

  https://www.tradingview.com/script/SYXp2cAq-CCI-Cycle-Modified-Schaff-Trend-Cycle/

  Code:

  //@version=3

  study(title=”CCI Cycle”, shorttitle=”CCI Cycle”, overlay=false)

  // ——————————- Inputs ——————————- //
  src = input(close, title=”Source”)
  length=input(10)
  useCurrentRes = input(true, title=”Use Current Chart Resolution?”)
  resCustom = input(“240″, title=”Use Different Timeframe? Uncheck Box Above”)

  res = useCurrentRes ? period : resCustom

  // ——————————- CCI ——————————- //
  ma = sma(src, length)
  cci = (src – ma) / (0.015 * dev(src, length))
  ccis = security(tickerid, res, rma(2*ema(cci, length/2)-ema(cci, length), round(sqrt(length))))

  // ——————————- Cycle ——————————- //
  ccic(length) =>
  factor=input(0.5)
  m = ccis
  v1 = lowest(m, length)
  v2 = highest(m, length) – v1
  f1 = 0.0
  f1 := (v2 > 0 ? ((m – v1) / v2) * 100 : nz(f1[1]))
  pf = 0.0
  pf := (na(pf[1]) ? f1 : pf[1] + (factor * (f1 – pf[1])))
  v3 = lowest(pf, length)
  v4 = highest(pf, length) – v3
  f2 = 0.0
  f2 := (v4 > 0 ? ((pf – v3) / v4) * 100 : nz(f2[1]))
  pff = 0.0
  pff := (na(pff[1]) ? f2 : pff[1] + (factor * (f2 – pff[1])))
  pff

  CCIC = security(tickerid, res, ccic(length))

  // ——————————- Plotting ——————————- //

  plot(CCIC,color=red, title=”CCI Cycle”)
  ul=plot(25)
  ll=plot(75)
  fill(ul,ll,color=red)

   

  It should be very similar to Schaff indicator but with earlier signals.

  If you go at the abocìve reported web link you can also find how it look like!

   

  Thanks a lot in advance

  

  Loop

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  12/17/2018 at 1:02 PM #87283
  Nicolas

  I changed the code found here: Schaff Trend Cycle

  to made the calculation with a CCI instead of a MACD, here it is:

  //input parameters TCLen = 10 Once Factor = 0.5 if barindex>TCLen then icci = cci[TCLen] //{1st Stochastic: Calculate Stochastic of a CCI} Value1 = Lowest[TCLen](icci) Value2 = Highest[TCLen](icci) - Value1 //{%Fast K of MACD} if Value2 > 0 then Frac1 = ((icci - Value1)/Value2) * 100 else Frac1 = Frac1[1] endif //{Smoothed Calculation for % Fast D of CCI} PF = PF[1] + (Factor * (Frac1 - PF[1])) //{2nd Stochastic: DCalculate Stochastic of smoothed Percent Fast D, 'PF', above} Value3 = Lowest[TCLen](PF) Value4 = Highest[TCLen](PF) - Value3 //{% of Fast K of PF} if Value4 > 0 then Frac2 = ((PF - Value3)/Value4) * 100 else Frac2 = Frac2[1] endif //{Smoothed Calculation for %Fast D of PF} PFF = PFF[1] + (Factor * (Frac2 - PFF[1])) endif RETURN PFF, 75 coloured(0,0,255) as "level 75", 25 coloured(0,0,255) as "level 25"

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  //input parameters TCLen = 10   Once Factor = 0.5   if barindex>TCLen then icci = cci[TCLen] //{1st Stochastic: Calculate Stochastic of a CCI} Value1 = Lowest[TCLen](icci) Value2 = Highest[TCLen](icci) - Value1   //{%Fast K of MACD} if Value2 > 0 then Frac1 = ((icci - Value1)/Value2) * 100 else Frac1 = Frac1[1] endif   //{Smoothed Calculation for % Fast D of CCI} PF = PF[1] + (Factor * (Frac1 - PF[1]))   //{2nd Stochastic: DCalculate Stochastic of smoothed Percent Fast D, 'PF', above} Value3 = Lowest[TCLen](PF) Value4 = Highest[TCLen](PF) - Value3   //{% of Fast K of PF} if Value4 > 0 then Frac2 = ((PF - Value3)/Value4) * 100 else Frac2 = Frac2[1] endif   //{Smoothed Calculation for %Fast D of PF} PFF = PFF[1] + (Factor * (Frac2 - PFF[1])) endif   RETURN PFF, 75 coloured(0,0,255) as "level 75", 25 coloured(0,0,255) as "level 25"

   

  Please next time use the correct form and rules, to ask for a code conversion: Ask for a free code conversion

  1 user thanked author for this post.

  denmar

  

  Nicolas

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  12/19/2018 at 7:55 AM #87413
  Loop

  Thanks Nicolas for your valuable help!

  

  Loop

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