indicatore da trasformare in vagli

• 09/11/2023 at 10:21 AM #220690
  Ciccarelli Franco

  //PRC_Wick Pressure | indicator
  //23.05.2022
  //Nicolas @ http://www.prorealcode.com
  //Sharing ProRealTime knowledge
  //converted from pinescript

  // — settings
  atrmult = 0.7 //ATR Multiplier (The Wick area is filtered on the basis of atr and this is multiplier to that ATR. The more the multiplier value, the less the signals and vice versa)
  boxlength = 16 //Length of Wick Pressure Box
  rsiob = 60 //RSI based on which signnals are filtered
  rsios = 40 //RSI based on which signnals are filtered
  // — end of settings

  meersi = rsi[14](close)

  //bullish wick pressure
  rsibullishcond = meersi < rsios or meersi[1] < rsios or meersi[2] < rsios
  ll3 = lowest[3](low)
  lc3 = min(lowest[3](close),lowest[3](open))
  if low<=lc3 and low[1]<=lc3 and low[2]<=lc3 and open>=lc3 and open[1]>=lc3 and open[2]>=lc3 and lc3-ll3>(atrmult*AverageTrueRange[14](close)) and rsibullishcond and close>open then
  drawrectangle(barindex,lc3,barindex+boxlength, ll3) coloured(“green”,50) bordercolor(“green”)
  endif

  //bearish wick pressure
  rsibearishcond = meersi > rsiob or meersi[1] > rsiob or meersi[2] > rsiob
  hh3 = highest[3](high)
  hc3 = max(highest[3](close), highest[3](open))
  if high>=hc3 and high[1]>=hc3 and high[2]>=hc3 and open<=hc3 and open[1]<=hc3 and open[2]<=hc3 and hh3-hc3>(atrmult*AverageTrueRange[14](close)) and rsibearishcond and close<open then
  drawrectangle(barindex,hh3,barindex+boxlength, hc3) coloured(“red”,50) bordercolor(“red”)
  endif

  return

  Questo indicatore di Nicolas si può trasformare in scrinner?

  

  Ciccarelli Franco

  Participant

  Topics: 87

  Replies: 197

  Been thanked: 4 times
  09/11/2023 at 10:45 AM #220703
  robertogozzi

  Pubblica il tuo argomento nel forum corretto, l’ho spostato io da ProBuilder a ProScreener in quanto di tratta di uno SCREENER. Grazie 🙂

  Eccolo:

  //PRC_Wick Pressure | indicator //23.05.2022 //Nicolas @ http://www.prorealcode.com //Sharing ProRealTime knowledge //converted from pinescript // — settings atrmult = 0.7 //ATR Multiplier (The Wick area is filtered on the basis of atr and this is multiplier to that ATR. The more the multiplier value, the less the signals and vice versa) //boxlength = 16 //Length of Wick Pressure Box rsiob = 60 //RSI based on which signnals are filtered rsios = 40 //RSI based on which signnals are filtered // — end of settings meersi = rsi[14](close) Segnale = 0 //bullish wick pressure rsibullishcond = meersi < rsios or meersi[1] < rsios or meersi[2] < rsios ll3 = lowest[3](low) lc3 = min(lowest[3](close),lowest[3](open)) if low<=lc3 and low[1]<=lc3 and low[2]<=lc3 and open>=lc3 and open[1]>=lc3 and open[2]>=lc3 and lc3-ll3>(atrmult*AverageTrueRange[14](close)) and rsibullishcond and close>open then //drawrectangle(barindex,lc3,barindex+boxlength, ll3) coloured("green",50) bordercolor("green") Segnale = 1 endif //bearish wick pressure rsibearishcond = meersi > rsiob or meersi[1] > rsiob or meersi[2] > rsiob hh3 = highest[3](high) hc3 = max(highest[3](close), highest[3](open)) if high>=hc3 and high[1]>=hc3 and high[2]>=hc3 and open<=hc3 and open[1]<=hc3 and open[2]<=hc3 and hh3-hc3>(atrmult*AverageTrueRange[14](close)) and rsibearishcond and close<open then //drawrectangle(barindex,hh3,barindex+boxlength, hc3) coloured("red",50) bordercolor("red") Segnale = 2 endif Screener[Segnale](Segnale AS "1=Verde, 2=Rosso")

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  //PRC_Wick Pressure | indicator //23.05.2022 //Nicolas @ http://www.prorealcode.com //Sharing ProRealTime knowledge //converted from pinescript   // — settings atrmult = 0.7 //ATR Multiplier (The Wick area is filtered on the basis of atr and this is multiplier to that ATR. The more the multiplier value, the less the signals and vice versa) //boxlength = 16 //Length of Wick Pressure Box rsiob = 60 //RSI based on which signnals are filtered rsios = 40 //RSI based on which signnals are filtered // — end of settings   meersi = rsi[14](close)   Segnale = 0   //bullish wick pressure rsibullishcond = meersi < rsios or meersi[1] < rsios or meersi[2] < rsios ll3 = lowest[3](low) lc3 = min(lowest[3](close),lowest[3](open)) if low<=lc3 and low[1]<=lc3 and low[2]<=lc3 and open>=lc3 and open[1]>=lc3 and open[2]>=lc3 and lc3-ll3>(atrmult*AverageTrueRange[14](close)) and rsibullishcond and close>open then //drawrectangle(barindex,lc3,barindex+boxlength, ll3) coloured("green",50) bordercolor("green") Segnale = 1 endif   //bearish wick pressure rsibearishcond = meersi > rsiob or meersi[1] > rsiob or meersi[2] > rsiob hh3 = highest[3](high) hc3 = max(highest[3](close), highest[3](open)) if high>=hc3 and high[1]>=hc3 and high[2]>=hc3 and open<=hc3 and open[1]<=hc3 and open[2]<=hc3 and hh3-hc3>(atrmult*AverageTrueRange[14](close)) and rsibearishcond and close<open then //drawrectangle(barindex,hh3,barindex+boxlength, hc3) coloured("red",50) bordercolor("red") Segnale = 2 endif   Screener[Segnale](Segnale AS "1=Verde, 2=Rosso")

   

  

  robertogozzi

  Moderator

  Topics: 69

  Replies: 17134

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  09/13/2023 at 9:48 AM #220919
  Ciccarelli Franco

  Grazie , sei sempre molto gentile, ne approfitto e chiedo se puoi fare uno scrinar che si basa sull’RSI e regressione lineare di Nicolas. (allago il codice)

  Grazie

   

  //PRC_RSILinearRegressionSignals| indicator
  //25.09.2020
  //Nicolas @ http://www.prorealcode.com
  //Sharing ProRealTime knowledge
  //converted from tradingview
  //https://www.prorealcode.com/topic/rsi-linear-regresion/

  // — settings
  len = 21 //RSI Length
  period = 200 //Period
  deviations = 2.0 //Deviation(s)
  // — end of settings

  irsi = rsi[len](close)
  periodMinusOne = period-1

  Ex = 0.0
  Ey = 0.0
  Ex2 = 0.0
  Exy = 0.0
  for i=0 to periodMinusOne
  closeI = (irsi[i])
  Ex = Ex + i
  Ey = Ey + closeI
  Ex2 = Ex2 + (i * i)
  Exy = Exy + (closeI * i)
  ExEx = Ex * Ex
  next
  //slope
  if Ex2=ExEx then
  slope = 0.0
  else
  slope= (period * Exy – Ex * Ey) / (period * Ex2 – ExEx)
  endif
  ilinearRegression = (Ey – slope * Ex) / period
  intercept = ilinearRegression + barindex * slope
  deviation = 0.0
  for i=0 to periodMinusOne
  deviation = deviation + square((irsi[i]) – (intercept – slope * (barindex[i])))
  next
  deviation = deviations * sqrt(deviation / periodMinusOne)
  startingPointY = ilinearRegression + slope / periodMinusOne
  //lineColor
  if startingPointY > startingPointY[1] then
  //color.blue
  r=0
  b=255
  else
  //color.red
  r=255
  b=0
  endif
  a = startingPointY-deviation
  c1 = startingPointY
  b = startingPointY+deviation

  up=irsi crosses over a
  down=irsi crosses under b
  if up then
  drawtext(“↑ up”,barindex,irsi-5,dialog,standard,20) coloured(0,255,0)
  endif
  if down then
  drawtext(“↓ down”,barindex,irsi+5,dialog,standard,20) coloured(255,0,0)
  endif

  return irsi, a coloured(r,0,b) style(line,3) as “curve low”,c1 coloured(r,0,b) style(line,3) as “curve”, b coloured(r,0,b) style(line,3) as “curve high”

  

  Ciccarelli Franco

  Participant

  Topics: 87

  Replies: 197

  Been thanked: 4 times
  09/14/2023 at 2:56 PM #221035
  robertogozzi

  Eccolo:

  //PRC_RSILinearRegressionSignals| indicator //25.09.2020 //Nicolas @ http://www.prorealcode.com //Sharing ProRealTime knowledge //converted from tradingview //https://www.prorealcode.com/topic/rsi-linear-regresion/ // — settings len = 21 //RSI Length period = 200 //Period deviations = 2.0 //Deviation(s) // — end of settings irsi = rsi[len](close) periodMinusOne = period-1 Ex = 0.0 Ey = 0.0 Ex2 = 0.0 Exy = 0.0 for i=0 to periodMinusOne closeI = (irsi[i]) Ex = Ex + i Ey = Ey + closeI Ex2 = Ex2 + (i * i) Exy = Exy + (closeI * i) ExEx = Ex * Ex next //slope if Ex2=ExEx then slope = 0.0 else slope= (period * Exy - Ex * Ey) / (period * Ex2 - ExEx) endif ilinearRegression = (Ey - slope * Ex) / period intercept = ilinearRegression + barindex * slope deviation = 0.0 for i=0 to periodMinusOne deviation = deviation + square((irsi[i]) - (intercept - slope * (barindex[i]))) next deviation = deviations * sqrt(deviation / periodMinusOne) startingPointY = ilinearRegression + slope / periodMinusOne //lineColor //if startingPointY > startingPointY[1] then ////color.blue //r=0 //b=255 //else ////color.red //r=255 //b=0 //endif a = startingPointY-deviation //c1 = startingPointY b = startingPointY+deviation up=irsi crosses over a down=irsi crosses under b Segnale = 0 if up then //drawtext("↑ up",barindex,irsi-5,dialog,standard,20) coloured(0,255,0) Segnale = 1 endif if down then //drawtext("↓ down",barindex,irsi+5,dialog,standard,20) coloured(255,0,0) Segnale = 2 endif //return irsi, a coloured(r,0,b) style(line,3) as "curve low",c1 coloured(r,0,b) style(line,3) as "curve", b coloured(r,0,b) style(line,3) as "curve high" SCREENER[Segnale](Segnale AS "1=UP, 2=DOWN")

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  //PRC_RSILinearRegressionSignals| indicator //25.09.2020 //Nicolas @ http://www.prorealcode.com //Sharing ProRealTime knowledge //converted from tradingview //https://www.prorealcode.com/topic/rsi-linear-regresion/   // — settings len = 21 //RSI Length period = 200 //Period deviations = 2.0 //Deviation(s) // — end of settings   irsi = rsi[len](close) periodMinusOne = period-1   Ex = 0.0 Ey = 0.0 Ex2 = 0.0 Exy = 0.0 for i=0 to periodMinusOne closeI = (irsi[i]) Ex = Ex + i Ey = Ey + closeI Ex2 = Ex2 + (i * i) Exy = Exy + (closeI * i) ExEx = Ex * Ex next //slope if Ex2=ExEx then slope = 0.0 else slope= (period * Exy - Ex * Ey) / (period * Ex2 - ExEx) endif ilinearRegression = (Ey - slope * Ex) / period intercept = ilinearRegression + barindex * slope deviation = 0.0 for i=0 to periodMinusOne deviation = deviation + square((irsi[i]) - (intercept - slope * (barindex[i]))) next deviation = deviations * sqrt(deviation / periodMinusOne) startingPointY = ilinearRegression + slope / periodMinusOne //lineColor //if startingPointY > startingPointY[1] then ////color.blue //r=0 //b=255 //else ////color.red //r=255 //b=0 //endif a = startingPointY-deviation //c1 = startingPointY b = startingPointY+deviation   up=irsi crosses over a down=irsi crosses under b Segnale = 0 if up then //drawtext("↑ up",barindex,irsi-5,dialog,standard,20) coloured(0,255,0) Segnale = 1 endif if down then //drawtext("↓ down",barindex,irsi+5,dialog,standard,20) coloured(255,0,0) Segnale = 2 endif   //return irsi, a coloured(r,0,b) style(line,3) as "curve low",c1 coloured(r,0,b) style(line,3) as "curve", b coloured(r,0,b) style(line,3) as "curve high" SCREENER[Segnale](Segnale AS "1=UP, 2=DOWN")

   

  

  robertogozzi

  Moderator

  Topics: 69

  Replies: 17134

  Been thanked: 4031 times
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