ABCD Pattern in 2 timeframes

• 01/24/2020 at 8:11 PM #117766
  PEDRAM.JOKAR

  Can I have the code for the screener that detects ABCD according to below link’s code in 2 timeframes? I mean, if there is in 2 timeframe red-red or green-green ABCD pattern.

   

  https://www.prorealcode.com/prorealtime-market-screeners/abcd-pattern-screener/

  

  PEDRAM.JOKAR

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  01/24/2020 at 8:12 PM #117767
  PEDRAM.JOKAR

  lets say in 15 Min and 1 H timeframes

  

  PEDRAM.JOKAR

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  01/24/2020 at 10:13 PM #117774
  robertogozzi

  Ok, I’ll make it soon.

  

  robertogozzi

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  01/25/2020 at 1:00 PM #117800
  robertogozzi

  There you go (I also attach the .ITF file), you can change TFs as you wish:

  TIMEFRAME(1 hour) // //------------------------------------------------------------------------------------ // Bullish pattern //------------------------------------------------------------------------------------ IF BarIndex = 0 THEN LmaxBars = 100 LminBars = 5 //Ldistance = 15 * pipsize LpointA = high LbarA = BarIndex LpointB = low LbarB = BarIndex LpointC = 0 LbarC = 0 LpointD = 0 //LbarD = 0 Lcount = 0 //XLpointA = 0 //XLbarA = 0 //XLpointB = 0 //XLbarB = 0 //XLpointC = 0 //XLbarC = 0 //XLpointD = 0 //XLbarD = 0 ENDIF // IF Lcount > LmaxBars THEN //XLpointA = LpointA //XLbarA = LbarA //XLpointB = LpointB //XLbarB = LbarB //XLpointC = LpointC //XLbarC = LbarC //XLpointD = LpointD //XLbarD = LbarD LpointA = high LbarA = BarIndex LpointB = low LbarB = BarIndex LpointC = 0 LbarC = 0 LpointD = 0 //LbarD = 0 Lcount = 0 ENDIF Lcount = Lcount + 1 //incrementare il passare delle Bars per azzerare tutto quando arriva a 100 // // Determinare se il prezzo scende sotto A, in tal caso avremo una nuova A più bassa e ripartiremo daccapo con B,C e D LpointA = max(LpointA,high) IF LpointA > LpointA[1] THEN LbarA = BarIndex Lcount = 0 LpointB = low LbarB = BarIndex LpointC = 0 LbarC = 0 LpointD = 0 //LbarD = 0 ENDIF // // Determinare se il prezzo sale sopra B, in tal caso avremo una nuova B più alta e ripartiremo daccapo con C e D IF LpointC = 0 THEN LpointB = min(LpointB,low) IF LpointB < LpointB[1] THEN LbarB = BarIndex ENDIF ENDIF // Calcolare la differenza tra i punti A e B e le due percentuali di fibonacci da usare per la verifica di C LdiffAB = LpointA - LpointB LfibC1 = LdiffAB * 0.618 LfibC2 = LdiffAB * 0.786 LfibD1 = LpointC - (LfibC1 * 1.270) LfibD2 = LpointC - (LfibC2 * 1.618) IF high >= (LpointB + LfibC1) AND high <= (LpointB + LfibC2) THEN // se il MINIMO è tra 0.618 e 0.786 abbiamo trovato il Lpoint C.... LpointC = high LbarC = BarIndex IF LpointC < LpointC[1] THEN LpointC = LpointC[1] LbarC = LbarC[1] ENDIF ELSIF close > (LpointB + LfibC2) THEN // ...altrimenti si riparte daccapo con un nuovo Lpoint A ed un nuovo Lpoint B LpointA = high LbarA = BarIndex LpointB = low LbarB = BarIndex LpointC = 0 LbarC = 0 //LbarD = 0 LpointD = 0 Lcount = 0 ENDIF // // Una volta superato il 161.8 si riparte daccapo // IF close < LfibD2 AND LpointD > 0 THEN //XLpointA= LpointA //XLbarA = LbarA //XLpointB= LpointB //XLbarB = LbarB //XLpointC= LpointC //XLbarC = LbarC //XLpointD= LpointD //XLbarD = LbarD LpointA = high LbarA = BarIndex LpointB = low LbarB = BarIndex LpointC = 0 LbarC = 0 LpointD = 0 //LbarD = 0 Lcount = 0 ENDIF IF LpointC > 0 THEN IF LpointD = 0 THEN IF close <= LfibD1 AND close >= LfibD2 THEN LpointD = close //LbarD = BarIndex ELSIF close < LfibD2 THEN LpointD = LfibD2 //LbarD = BarIndex ENDIF ELSE IF close <= LfibD1 AND close >= LfibD2 THEN LpointD = close IF LpointD < LpointD[1] THEN //LbarD = BarIndex ELSE LpointD = LpointD[1] ENDIF ELSE //XLpointA= LpointA //XLbarA = LbarA //XLpointB= LpointB //XLbarB = LbarB //XLpointC= LpointC //XLbarC = LbarC //XLpointD= LpointD //XLbarD = LbarD LpointA = high LbarA = BarIndex Lcount = 0 LpointB = 0 LbarB = 0 LpointC = 0 LbarC = 0 LpointD = 0 //LbarD = 0 ENDIF ENDIF ENDIF // si stampano i punti trovati, ognuno dipendente dal precedente, si stampa A, poi B solo se A è stato stampato, poi C solo se B è stato stampato ed infine D se anche C è stato stampato IF LpointC > 0 THEN IF ((LbarC - LbarA) < LminBars ) THEN LpointC = 0 x = BarIndex - LbarB FOR i = x DOWNTO 0 IF low[i] < LpointB THEN LpointB = low[i] LbarB = BarIndex[i] ENDIF NEXT ENDIF ENDIF //IF LpointD > 0 THEN //IF ((LbarC - LbarA) < LminBars ) OR ((LbarD - LbarC) < LminBars ) THEN //LpointD = 0 //ENDIF //ENDIF IF LpointA > 0 THEN IF LpointB > 0 THEN IF LpointC > 0 THEN IF LpointD > 0 THEN //IF LpointD[1] = 0 THEN //XLpointA = LpointA //XLbarA = LbarA //XLpointB = LpointB //XLbarB = LbarB //XLpointC = LpointC //XLbarC = LbarC //XLpointD = LpointD //XLbarD = LbarD //ENDIF //DRAWTEXT("A",LbarA,LpointA - Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",LbarB,LpointB + Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",LbarC,LpointC - Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",LbarD,LpointD + Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(LbarA,LpointA,LbarB,LpointB,LbarC,LpointC)coloured(50,205,50,255) //DRAWTRIANGLE(LbarC,LpointC,LbarD,LpointC,LbarD,LpointD)coloured(50,205,50,255) ENDIF ENDIF ENDIF ENDIF //IF LpointD = 0 AND XLpointD > 0 THEN //DRAWTEXT("A",XLbarA,XLpointA - Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",XLbarB,XLpointB + Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",XLbarC,XLpointC - Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",XLbarD,XLpointD + Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(XLbarA,XLpointA,XLbarB,XLpointB,XLbarC,XLpointC)coloured(50,205,50,255) //DRAWTRIANGLE(XLbarC,XLpointC,XLbarD,XLpointC,XLbarD,XLpointD)coloured(50,205,50,255) //ENDIF //------------------------------------------------------------------------------------ // Bearish pattern //------------------------------------------------------------------------------------ IF BarIndex = 0 THEN SmaxBars = 100 SminBars = 5 //Sdistance = 10 * pipsize SpointA = low SbarA = BarIndex SpointB = high SbarB = BarIndex SpointC = 0 SbarC = 0 SpointD = 0 SbarD = 0 Scount = 0 //XSpointA = low //XSbarA = BarIndex //XSpointB = high //XSbarB = BarIndex //XSpointC = 0 //XSbarC = 0 //XSpointD = 0 //XSbarD = 0 ENDIF // IF Scount > SmaxBars THEN //XSpointA = SpointA //XSbarA = SbarA //XSpointB = SpointB //XSbarB = SbarB //XSpointC = SpointC //XSbarC = SbarC //XSpointD = SpointD //XSbarD = SbarD SpointA = low SbarA = BarIndex SpointB = high SbarB = BarIndex SpointC = 0 SbarC = 0 SpointD = 0 SbarD = 0 Scount = 0 ENDIF Scount = Scount + 1 //incrementare il passare delle Bars per azzerare tutto quando arriva a 100 // // Determinare se il prezzo scende sotto A, in tal caso avremo una nuova A più bassa e ripartiremo daccapo con B,C e D SpointA = min(SpointA,low) IF SpointA < SpointA[1] THEN SbarA = BarIndex Scount = 0 SpointB = high SbarB = BarIndex SpointC = 0 SbarC = 0 SpointD = 0 SbarD = 0 ENDIF // // Determinare se il prezzo sale sopra B, in tal caso avremo una nuova B più alta e ripartiremo daccapo con C e D IF SpointC = 0 THEN SpointB = max(SpointB,high) IF SpointB > SpointB[1] THEN SbarB = BarIndex ENDIF ENDIF // Calcolare la differenza tra i punti A e B e le due percentuali di fibonacci da usare per la verifica di C SdiffAB = SpointB - SpointA SfibC1 = SdiffAB * 0.618 SfibC2 = SdiffAB * 0.786 SfibD1 = SpointC + (SfibC1 * 1.270) SfibD2 = SpointC + (SfibC2 * 1.618) IF low <= (SpointB - SfibC1) AND low >= (SpointB - SfibC2) THEN // se il MINIMO è tra 0.618 e 0.786 abbiamo trovato il Spoint C.... SpointC = low SbarC = BarIndex IF SpointC < SpointC[1] THEN SpointC = SpointC[1] SbarC = SbarC[1] ENDIF ELSIF close < (SpointB - SfibC2) THEN // ...altrimenti si riparte daccapo con un nuovo Spoint A ed un nuovo Spoint B SpointA = low SbarA = BarIndex SpointB = high SbarB = BarIndex SpointC = 0 SbarC = 0 SbarD = 0 SpointD = 0 Scount = 0 ELSIF close > SpointB THEN //SpointB = high //SbarB = BarIndex //SpointC = 0 //SbarC = 0 //SbarD = 0 //SpointD = 0 ENDIF // // Una volta superato il 161.8 si riparte daccapo // IF close > SfibD2 AND SpointD > 0 THEN //XSpointA= SpointA //XSbarA = SbarA //XSpointB= SpointB //XSbarB = SbarB //XSpointC= SpointC //XSbarC = SbarC //XSpointD= SpointD //XSbarD = SbarD SpointA = low SpointA = low SbarA = BarIndex SpointB = high SbarB = BarIndex SpointC = 0 SbarC = 0 SpointD = 0 SbarD = 0 Scount = 0 ENDIF IF SpointC > 0 THEN IF SpointD = 0 THEN IF close >= SfibD1 AND close <= SfibD2 THEN SpointD = close SbarD = BarIndex ELSIF close > SfibD2 THEN SpointD = SfibD2 SbarD = BarIndex ENDIF ELSE IF close >= SfibD1 AND close <= SfibD2 THEN SpointD = close IF SpointD > SpointD[1] THEN SbarD = BarIndex ELSE SpointD = SpointD[1] ENDIF ELSE //XSpointA= SpointA //XSbarA = SbarA //XSpointB= SpointB //XSbarB = SbarB //XSpointC= SpointC //XSbarC = SbarC //XSpointD= SpointD //XSbarD = SbarD SpointA = low SbarA = BarIndex Scount = 0 SpointB = 0 SbarB = 0 SpointC = 0 SbarC = 0 SpointD = 0 SbarD = 0 ENDIF ENDIF ENDIF // si stampano i punti trovati, ognuno dipendente dal precedente, si stampa A, poi B solo se A è stato stampato, poi C solo se B è stato stampato ed infine D se anche C è stato stampato IF SpointC > 0 THEN IF ((SbarC - SbarA) < SminBars ) THEN SpointC = 0 x = BarIndex - SbarB FOR i = x DOWNTO 0 IF high[i] > SpointB THEN SpointB = high[i] SbarB = BarIndex[i] ENDIF NEXT ENDIF ENDIF IF SpointD > 0 THEN IF ((SbarD - SbarC) < SminBars ) THEN //IF SpointD > 0 THEN //IF ((SbarC - SbarA) < SminBars ) OR ((SbarD - SbarC) < SminBars ) THEN //SpointD = 0 //ENDIF //ENDIF SpointD = 0 SbarD = 0 ENDIF ENDIF IF SpointA > 0 THEN IF SpointB > 0 THEN IF SpointC > 0 THEN IF SpointD > 0 THEN //XSpointA = SpointA //XSbarA = SbarA //XSpointB = SpointB //XSbarB = SbarB //XSpointC = SpointC //XSbarC = SbarC //XSpointD = SpointD //XSbarD = SbarD //DRAWTEXT("A",SbarA,SpointA - Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",SbarB,SpointB + Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",SbarC,SpointC - Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",SbarD,SpointD + Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(SbarA,SpointA,SbarB,SpointB,SbarC,SpointC)coloured(200,120,120,255) //DRAWTRIANGLE(SbarC,SpointC,SbarD,SpointC,SbarD,SpointD)coloured(200,120,120,255) ENDIF ENDIF ENDIF ENDIF //IF SpointD = 0 AND XSpointD > 0 THEN //DRAWTEXT("A",XSbarA,XSpointA - Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",XSbarB,XSpointB + Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",XSbarC,XSpointC - Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",XSbarD,XSpointD + Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(XSbarA,XSpointA,XSbarB,XSpointB,XSbarC,XSpointC)coloured(200,120,120,255) //DRAWTRIANGLE(XSbarC,XSpointC,XSbarD,XSpointC,XSbarD,XSpointD)coloured(200,120,120,255) //ENDIF x = 0 IF LpointD > 0 THEN x = 1 ELSIF SpointD > 0 THEN x = 2 ENDIF // TIMEFRAME(15 Minute) // //------------------------------------------------------------------------------------ // Bullish pattern //------------------------------------------------------------------------------------ IF BarIndex = 0 THEN yLmaxBars = 100 yLminBars = 5 //yLdistance = 15 * pipsize yLpointA = high yLbarA = BarIndex yLpointB = low yLbarB = BarIndex yLpointC = 0 yLbarC = 0 yLpointD = 0 //yLbarD = 0 yLcount = 0 //XyLpointA = 0 //XyLbarA = 0 //XyLpointB = 0 //XyLbarB = 0 //XyLpointC = 0 //XyLbarC = 0 //XyLpointD = 0 //XyLbarD = 0 ENDIF // IF yLcount > yLmaxBars THEN //XyLpointA = yLpointA //XyLbarA = yLbarA //XyLpointB = yLpointB //XyLbarB = yLbarB //XyLpointC = yLpointC //XyLbarC = yLbarC //XyLpointD = yLpointD //XyLbarD = yLbarD yLpointA = high yLbarA = BarIndex yLpointB = low yLbarB = BarIndex yLpointC = 0 yLbarC = 0 yLpointD = 0 //yLbarD = 0 yLcount = 0 ENDIF yLcount = yLcount + 1 //incrementare il passare delle Bars per azzerare tutto quando arriva a 100 // // Determinare se il prezzo scende sotto A, in tal caso avremo una nuova A più bassa e ripartiremo daccapo con B,C e D yLpointA = max(yLpointA,high) IF yLpointA > yLpointA[1] THEN yLbarA = BarIndex yLcount = 0 yLpointB = low yLbarB = BarIndex yLpointC = 0 yLbarC = 0 yLpointD = 0 //yLbarD = 0 ENDIF // // Determinare se il prezzo sale sopra B, in tal caso avremo una nuova B più alta e ripartiremo daccapo con C e D IF yLpointC = 0 THEN yLpointB = min(yLpointB,low) IF yLpointB < yLpointB[1] THEN yLbarB = BarIndex ENDIF ENDIF // Calcolare la differenza tra i punti A e B e le due percentuali di fibonacci da usare per la verifica di C yLdiffAB = yLpointA - yLpointB yLfibC1 = yLdiffAB * 0.618 yLfibC2 = yLdiffAB * 0.786 yLfibD1 = yLpointC - (yLfibC1 * 1.270) yLfibD2 = yLpointC - (yLfibC2 * 1.618) IF high >= (yLpointB + yLfibC1) AND high <= (yLpointB + yLfibC2) THEN // se il MINIMO è tra 0.618 e 0.786 abbiamo trovato il Lpoint C.... yLpointC = high yLbarC = BarIndex IF yLpointC < yLpointC[1] THEN yLpointC = yLpointC[1] yLbarC = yLbarC[1] ENDIF ELSIF close > (yLpointB + yLfibC2) THEN // ...altrimenti si riparte daccapo con un nuovo Lpoint A ed un nuovo Lpoint B yLpointA = high yLbarA = BarIndex yLpointB = low yLbarB = BarIndex yLpointC = 0 yLbarC = 0 //yLbarD = 0 yLpointD = 0 yLcount = 0 ENDIF // // Una volta superato il 161.8 si riparte daccapo // IF close < yLfibD2 AND yLpointD > 0 THEN //XyLpointA= yLpointA //XyLbarA = yLbarA //XyLpointB= yLpointB //XyLbarB = yLbarB //XyLpointC= yLpointC //XyLbarC = yLbarC //XyLpointD= yLpointD //XyLbarD = yLbarD yLpointA = high yLbarA = BarIndex yLpointB = low yLbarB = BarIndex yLpointC = 0 yLbarC = 0 yLpointD = 0 //yLbarD = 0 yLcount = 0 ENDIF IF yLpointC > 0 THEN IF yLpointD = 0 THEN IF close <= yLfibD1 AND close >= yLfibD2 THEN yLpointD = close //yLbarD = BarIndex ELSIF close < yLfibD2 THEN yLpointD = yLfibD2 //yLbarD = BarIndex ENDIF ELSE IF close <= yLfibD1 AND close >= yLfibD2 THEN yLpointD = close IF yLpointD < yLpointD[1] THEN //yLbarD = BarIndex ELSE yLpointD = yLpointD[1] ENDIF ELSE //XyLpointA= yLpointA //XyLbarA = yLbarA //XyLpointB= yLpointB //XyLbarB = yLbarB //XyLpointC= yLpointC //XyLbarC = yLbarC //XyLpointD= yLpointD //XyLbarD = yLbarD yLpointA = high yLbarA = BarIndex yLcount = 0 yLpointB = 0 yLbarB = 0 yLpointC = 0 yLbarC = 0 yLpointD = 0 //yLbarD = 0 ENDIF ENDIF ENDIF // si stampano i punti trovati, ognuno dipendente dal precedente, si stampa A, poi B solo se A è stato stampato, poi C solo se B è stato stampato ed infine D se anche C è stato stampato IF yLpointC > 0 THEN IF ((yLbarC - yLbarA) < yLminBars ) THEN yLpointC = 0 yx = BarIndex - yLbarB FOR yi = yx DOWNTO 0 IF low[yi] < yLpointB THEN yLpointB = low[yi] yLbarB = BarIndex[yi] ENDIF NEXT ENDIF ENDIF //IF yLpointD > 0 THEN //IF ((yLbarC - yLbarA) < yLminBars ) OR ((yLbarD - yLbarC) < yLminBars ) THEN //yLpointD = 0 //ENDIF //ENDIF IF yLpointA > 0 THEN IF yLpointB > 0 THEN IF yLpointC > 0 THEN IF yLpointD > 0 THEN //IF yLpointD[1] = 0 THEN //XyLpointA = yLpointA //XyLbarA = yLbarA //XyLpointB = yLpointB //XyLbarB = yLbarB //XyLpointC = yLpointC //XyLbarC = yLbarC //XyLpointD = yLpointD //XyLbarD = yLbarD //ENDIF //DRAWTEXT("A",yLbarA,yLpointA - yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",yLbarB,yLpointB + yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",yLbarC,yLpointC - yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",yLbarD,yLpointD + yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(yLbarA,yLpointA,yLbarB,yLpointB,yLbarC,yLpointC)coloured(50,205,50,255) //DRAWTRIANGLE(yLbarC,yLpointC,yLbarD,yLpointC,yLbarD,yLpointD)coloured(50,205,50,255) ENDIF ENDIF ENDIF ENDIF //IF yLpointD = 0 AND XyLpointD > 0 THEN //DRAWTEXT("A",XyLbarA,XyLpointA - yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",XyLbarB,XyLpointB + yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",XyLbarC,XyLpointC - yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",XyLbarD,XyLpointD + yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(XyLbarA,XyLpointA,XyLbarB,XyLpointB,XyLbarC,XyLpointC)coloured(50,205,50,255) //DRAWTRIANGLE(XyLbarC,XyLpointC,XyLbarD,XyLpointC,XyLbarD,XyLpointD)coloured(50,205,50,255) //ENDIF //------------------------------------------------------------------------------------ // Bearish pattern //------------------------------------------------------------------------------------ IF BarIndex = 0 THEN ySmaxBars = 100 ySminBars = 5 //ySdistance = 10 * pipsize ySpointA = low ySbarA = BarIndex ySpointB = high ySbarB = BarIndex ySpointC = 0 ySbarC = 0 ySpointD = 0 ySbarD = 0 yScount = 0 //XySpointA = low //XySbarA = BarIndex //XySpointB = high //XySbarB = BarIndex //XySpointC = 0 //XySbarC = 0 //XySpointD = 0 //XySbarD = 0 ENDIF // IF yScount > ySmaxBars THEN //XySpointA = ySpointA //XySbarA = ySbarA //XySpointB = ySpointB //XySbarB = ySbarB //XySpointC = ySpointC //XySbarC = ySbarC //XySpointD = ySpointD //XySbarD = ySbarD ySpointA = low ySbarA = BarIndex ySpointB = high ySbarB = BarIndex ySpointC = 0 ySbarC = 0 ySpointD = 0 ySbarD = 0 yScount = 0 ENDIF yScount = yScount + 1 //incrementare il passare delle Bars per azzerare tutto quando arriva a 100 // // Determinare se il prezzo scende sotto A, in tal caso avremo una nuova A più bassa e ripartiremo daccapo con B,C e D ySpointA = min(ySpointA,low) IF ySpointA < ySpointA[1] THEN ySbarA = BarIndex yScount = 0 ySpointB = high ySbarB = BarIndex ySpointC = 0 ySbarC = 0 ySpointD = 0 ySbarD = 0 ENDIF // // Determinare se il prezzo sale sopra B, in tal caso avremo una nuova B più alta e ripartiremo daccapo con C e D IF ySpointC = 0 THEN ySpointB = max(ySpointB,high) IF ySpointB > ySpointB[1] THEN ySbarB = BarIndex ENDIF ENDIF // Calcolare la differenza tra i punti A e B e le due percentuali di fibonacci da usare per la verifica di C ySdiffAB = ySpointB - ySpointA ySfibC1 = ySdiffAB * 0.618 ySfibC2 = ySdiffAB * 0.786 ySfibD1 = ySpointC + (ySfibC1 * 1.270) ySfibD2 = ySpointC + (ySfibC2 * 1.618) IF low <= (ySpointB - ySfibC1) AND low >= (ySpointB - ySfibC2) THEN // se il MINIMO è tra 0.618 e 0.786 abbiamo trovato il Spoint C.... ySpointC = low ySbarC = BarIndex IF ySpointC < ySpointC[1] THEN ySpointC = ySpointC[1] ySbarC = ySbarC[1] ENDIF ELSIF close < (ySpointB - ySfibC2) THEN // ...altrimenti si riparte daccapo con un nuovo Spoint A ed un nuovo Spoint B ySpointA = low ySbarA = BarIndex ySpointB = high ySbarB = BarIndex ySpointC = 0 ySbarC = 0 ySbarD = 0 ySpointD = 0 yScount = 0 ELSIF close > ySpointB THEN //ySpointB = high //ySbarB = BarIndex //ySpointC = 0 //ySbarC = 0 //ySbarD = 0 //ySpointD = 0 ENDIF // // Una volta superato il 161.8 si riparte daccapo // IF close > ySfibD2 AND ySpointD > 0 THEN //XySpointA= ySpointA //XySbarA = ySbarA //XySpointB= ySpointB //XySbarB = ySbarB //XySpointC= ySpointC //XySbarC = ySbarC //XySpointD= ySpointD //XySbarD = ySbarD ySpointA = low ySpointA = low ySbarA = BarIndex ySpointB = high ySbarB = BarIndex ySpointC = 0 ySbarC = 0 ySpointD = 0 ySbarD = 0 yScount = 0 ENDIF IF ySpointC > 0 THEN IF ySpointD = 0 THEN IF close >= ySfibD1 AND close <= ySfibD2 THEN ySpointD = close ySbarD = BarIndex ELSIF close > ySfibD2 THEN ySpointD = ySfibD2 ySbarD = BarIndex ENDIF ELSE IF close >= ySfibD1 AND close <= ySfibD2 THEN ySpointD = close IF ySpointD > ySpointD[1] THEN ySbarD = BarIndex ELSE ySpointD = ySpointD[1] ENDIF ELSE //XySpointA= ySpointA //XySbarA = ySbarA //XySpointB= ySpointB //XySbarB = ySbarB //XySpointC= ySpointC //XySbarC = ySbarC //XySpointD= ySpointD //XySbarD = ySbarD ySpointA = low ySbarA = BarIndex yScount = 0 ySpointB = 0 ySbarB = 0 ySpointC = 0 ySbarC = 0 ySpointD = 0 ySbarD = 0 ENDIF ENDIF ENDIF // si stampano i punti trovati, ognuno dipendente dal precedente, si stampa A, poi B solo se A è stato stampato, poi C solo se B è stato stampato ed infine D se anche C è stato stampato IF ySpointC > 0 THEN IF ((ySbarC - ySbarA) < ySminBars ) THEN ySpointC = 0 kx = BarIndex - ySbarB FOR ki = kx DOWNTO 0 IF high[ki] > ySpointB THEN ySpointB = high[ki] ySbarB = BarIndex[ki] ENDIF NEXT ENDIF ENDIF IF ySpointD > 0 THEN IF ((ySbarD - ySbarC) < ySminBars ) THEN //IF ySpointD > 0 THEN //IF ((ySbarC - ySbarA) < ySminBars ) OR ((ySbarD - ySbarC) < ySminBars ) THEN //ySpointD = 0 //ENDIF //ENDIF ySpointD = 0 ySbarD = 0 ENDIF ENDIF IF ySpointA > 0 THEN IF ySpointB > 0 THEN IF ySpointC > 0 THEN IF ySpointD > 0 THEN //XySpointA = ySpointA //XySbarA = ySbarA //XySpointB = ySpointB //XySbarB = ySbarB //XySpointC = ySpointC //XySbarC = ySbarC //XySpointD = ySpointD //XySbarD = ySbarD //DRAWTEXT("A",ySbarA,ySpointA - ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",ySbarB,ySpointB + ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",ySbarC,ySpointC - ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",ySbarD,ySpointD + ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(ySbarA,ySpointA,ySbarB,ySpointB,ySbarC,ySpointC)coloured(200,120,120,255) //DRAWTRIANGLE(ySbarC,ySpointC,ySbarD,ySpointC,ySbarD,ySpointD)coloured(200,120,120,255) ENDIF ENDIF ENDIF ENDIF //IF ySpointD = 0 AND XySpointD > 0 THEN //DRAWTEXT("A",XySbarA,XySpointA - ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",XySbarB,XySpointB + ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",XySbarC,XySpointC - ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",XySbarD,XySpointD + ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(XySbarA,XySpointA,XySbarB,XySpointB,XySbarC,XySpointC)coloured(200,120,120,255) //DRAWTRIANGLE(XySbarC,XySpointC,XySbarD,XySpointC,XySbarD,XySpointD)coloured(200,120,120,255) //ENDIF y = 0 IF yLpointD > 0 THEN y = 1 ELSIF ySpointD > 0 THEN y = 2 ENDIF // TIMEFRAME(default) // z = 0 IF x = 1 AND y = 1 THEN z = 1 ELSIF x = 2 AND y = 2 THEN z = 2 ENDIF SCREENER[z](z AS "1=↑, 2=↓")

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  TIMEFRAME(1 hour) // //------------------------------------------------------------------------------------ //                               Bullish pattern //------------------------------------------------------------------------------------ IF BarIndex = 0 THEN LmaxBars  = 100 LminBars  = 5 //Ldistance = 15 * pipsize LpointA   = high LbarA     = BarIndex LpointB   = low LbarB     = BarIndex LpointC   = 0 LbarC     = 0 LpointD   = 0 //LbarD     = 0 Lcount    = 0 //XLpointA  = 0 //XLbarA    = 0 //XLpointB  = 0 //XLbarB    = 0 //XLpointC  = 0 //XLbarC    = 0 //XLpointD  = 0 //XLbarD    = 0 ENDIF // IF Lcount > LmaxBars  THEN //XLpointA  = LpointA //XLbarA    = LbarA //XLpointB  = LpointB //XLbarB    = LbarB //XLpointC  = LpointC //XLbarC    = LbarC //XLpointD  = LpointD //XLbarD    = LbarD LpointA   = high LbarA     = BarIndex LpointB   = low LbarB     = BarIndex LpointC   = 0 LbarC     = 0 LpointD   = 0 //LbarD     = 0 Lcount    = 0 ENDIF Lcount = Lcount + 1  //incrementare il passare delle Bars  per azzerare tutto quando arriva a 100 // // Determinare se il prezzo scende sotto A, in tal caso avremo una nuova A più bassa e ripartiremo daccapo con B,C e D LpointA = max(LpointA,high) IF LpointA > LpointA[1] THEN LbarA   = BarIndex Lcount  = 0 LpointB = low LbarB   = BarIndex LpointC = 0 LbarC   = 0 LpointD = 0 //LbarD   = 0 ENDIF // // Determinare se il prezzo sale sopra B, in tal caso avremo una nuova B più alta e ripartiremo daccapo con C e D IF LpointC = 0 THEN LpointB = min(LpointB,low) IF LpointB < LpointB[1] THEN LbarB = BarIndex ENDIF ENDIF // Calcolare la differenza tra i punti A e B e le due percentuali di fibonacci da usare per la verifica di C LdiffAB = LpointA - LpointB LfibC1  = LdiffAB * 0.618 LfibC2  = LdiffAB * 0.786 LfibD1  = LpointC - (LfibC1 * 1.270) LfibD2  = LpointC - (LfibC2 * 1.618) IF high >= (LpointB + LfibC1) AND high <= (LpointB + LfibC2) THEN // se il MINIMO è tra 0.618 e 0.786 abbiamo trovato il Lpoint C.... LpointC = high LbarC   = BarIndex IF LpointC < LpointC[1] THEN LpointC = LpointC[1] LbarC   = LbarC[1] ENDIF ELSIF close > (LpointB + LfibC2) THEN // ...altrimenti si riparte daccapo con un nuovo Lpoint A ed un nuovo Lpoint B LpointA = high LbarA   = BarIndex LpointB = low LbarB   = BarIndex LpointC = 0 LbarC   = 0 //LbarD   = 0 LpointD = 0 Lcount  = 0 ENDIF // // Una volta superato il 161.8 si riparte daccapo // IF close < LfibD2 AND LpointD > 0 THEN //XLpointA= LpointA //XLbarA  = LbarA //XLpointB= LpointB //XLbarB  = LbarB //XLpointC= LpointC //XLbarC  = LbarC //XLpointD= LpointD //XLbarD  = LbarD LpointA = high LbarA   = BarIndex LpointB = low LbarB   = BarIndex LpointC = 0 LbarC   = 0 LpointD = 0 //LbarD   = 0 Lcount  = 0 ENDIF IF LpointC > 0 THEN IF LpointD = 0 THEN IF close <= LfibD1 AND close >= LfibD2 THEN LpointD = close //LbarD   = BarIndex ELSIF close < LfibD2 THEN LpointD = LfibD2 //LbarD = BarIndex ENDIF ELSE IF close <= LfibD1 AND close >= LfibD2 THEN LpointD = close IF LpointD < LpointD[1] THEN //LbarD   = BarIndex ELSE LpointD = LpointD[1] ENDIF ELSE //XLpointA= LpointA //XLbarA  = LbarA //XLpointB= LpointB //XLbarB  = LbarB //XLpointC= LpointC //XLbarC  = LbarC //XLpointD= LpointD //XLbarD  = LbarD LpointA = high LbarA   = BarIndex Lcount  = 0 LpointB = 0 LbarB   = 0 LpointC = 0 LbarC   = 0 LpointD = 0 //LbarD   = 0 ENDIF ENDIF ENDIF // si stampano i punti trovati, ognuno dipendente dal precedente, si stampa A, poi B solo se A è stato stampato, poi C solo se B è stato stampato ed infine D se anche C è stato stampato IF LpointC > 0 THEN IF ((LbarC - LbarA) < LminBars ) THEN LpointC = 0 x = BarIndex - LbarB FOR i = x DOWNTO 0 IF low[i] < LpointB THEN LpointB = low[i] LbarB   = BarIndex[i] ENDIF NEXT ENDIF ENDIF //IF LpointD > 0 THEN //IF ((LbarC - LbarA) < LminBars ) OR ((LbarD - LbarC) < LminBars ) THEN //LpointD = 0 //ENDIF //ENDIF IF LpointA > 0 THEN IF LpointB > 0 THEN IF LpointC > 0 THEN IF LpointD > 0 THEN //IF LpointD[1] = 0 THEN //XLpointA  = LpointA //XLbarA    = LbarA //XLpointB  = LpointB //XLbarB    = LbarB //XLpointC  = LpointC //XLbarC    = LbarC //XLpointD  = LpointD //XLbarD    = LbarD //ENDIF //DRAWTEXT("A",LbarA,LpointA - Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",LbarB,LpointB + Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",LbarC,LpointC - Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",LbarD,LpointD + Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(LbarA,LpointA,LbarB,LpointB,LbarC,LpointC)coloured(50,205,50,255) //DRAWTRIANGLE(LbarC,LpointC,LbarD,LpointC,LbarD,LpointD)coloured(50,205,50,255) ENDIF ENDIF ENDIF ENDIF //IF LpointD = 0 AND XLpointD > 0 THEN //DRAWTEXT("A",XLbarA,XLpointA - Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",XLbarB,XLpointB + Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",XLbarC,XLpointC - Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",XLbarD,XLpointD + Ldistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(XLbarA,XLpointA,XLbarB,XLpointB,XLbarC,XLpointC)coloured(50,205,50,255) //DRAWTRIANGLE(XLbarC,XLpointC,XLbarD,XLpointC,XLbarD,XLpointD)coloured(50,205,50,255) //ENDIF //------------------------------------------------------------------------------------ //                               Bearish pattern //------------------------------------------------------------------------------------ IF BarIndex = 0 THEN SmaxBars  = 100 SminBars  = 5 //Sdistance = 10 * pipsize SpointA   = low SbarA     = BarIndex SpointB   = high SbarB     = BarIndex SpointC   = 0 SbarC     = 0 SpointD   = 0 SbarD     = 0 Scount    = 0 //XSpointA  = low //XSbarA    = BarIndex //XSpointB  = high //XSbarB    = BarIndex //XSpointC  = 0 //XSbarC    = 0 //XSpointD  = 0 //XSbarD    = 0 ENDIF // IF Scount > SmaxBars  THEN //XSpointA  = SpointA //XSbarA    = SbarA //XSpointB  = SpointB //XSbarB    = SbarB //XSpointC  = SpointC //XSbarC    = SbarC //XSpointD  = SpointD //XSbarD    = SbarD SpointA   = low SbarA     = BarIndex SpointB   = high SbarB     = BarIndex SpointC   = 0 SbarC     = 0 SpointD   = 0 SbarD     = 0 Scount    = 0 ENDIF Scount = Scount + 1  //incrementare il passare delle Bars  per azzerare tutto quando arriva a 100 // // Determinare se il prezzo scende sotto A, in tal caso avremo una nuova A più bassa e ripartiremo daccapo con B,C e D SpointA = min(SpointA,low) IF SpointA < SpointA[1] THEN SbarA   = BarIndex Scount  = 0 SpointB = high SbarB   = BarIndex SpointC = 0 SbarC   = 0 SpointD = 0 SbarD   = 0 ENDIF // // Determinare se il prezzo sale sopra B, in tal caso avremo una nuova B più alta e ripartiremo daccapo con C e D IF SpointC = 0 THEN SpointB = max(SpointB,high) IF SpointB > SpointB[1] THEN SbarB = BarIndex ENDIF ENDIF // Calcolare la differenza tra i punti A e B e le due percentuali di fibonacci da usare per la verifica di C SdiffAB = SpointB - SpointA SfibC1  = SdiffAB * 0.618 SfibC2  = SdiffAB * 0.786 SfibD1  = SpointC + (SfibC1 * 1.270) SfibD2  = SpointC + (SfibC2 * 1.618) IF low <= (SpointB - SfibC1) AND low >= (SpointB - SfibC2) THEN // se il MINIMO è tra 0.618 e 0.786 abbiamo trovato il Spoint C.... SpointC = low SbarC = BarIndex IF SpointC < SpointC[1] THEN SpointC = SpointC[1] SbarC   = SbarC[1] ENDIF ELSIF close < (SpointB - SfibC2) THEN // ...altrimenti si riparte daccapo con un nuovo Spoint A ed un nuovo Spoint B SpointA = low SbarA   = BarIndex SpointB = high SbarB   = BarIndex SpointC = 0 SbarC   = 0 SbarD   = 0 SpointD = 0 Scount  = 0 ELSIF close > SpointB THEN //SpointB = high //SbarB   = BarIndex //SpointC = 0 //SbarC   = 0 //SbarD   = 0 //SpointD = 0 ENDIF // // Una volta superato il 161.8 si riparte daccapo // IF close > SfibD2 AND SpointD > 0 THEN //XSpointA= SpointA //XSbarA  = SbarA //XSpointB= SpointB //XSbarB  = SbarB //XSpointC= SpointC //XSbarC  = SbarC //XSpointD= SpointD //XSbarD  = SbarD SpointA = low SpointA = low SbarA   = BarIndex SpointB = high SbarB   = BarIndex SpointC = 0 SbarC   = 0 SpointD = 0 SbarD   = 0 Scount  = 0 ENDIF IF SpointC > 0 THEN IF SpointD = 0 THEN IF close >= SfibD1 AND close <= SfibD2 THEN SpointD = close SbarD = BarIndex ELSIF close > SfibD2 THEN SpointD = SfibD2 SbarD = BarIndex ENDIF ELSE IF close >= SfibD1 AND close <= SfibD2 THEN SpointD = close IF SpointD > SpointD[1] THEN SbarD = BarIndex ELSE SpointD = SpointD[1] ENDIF ELSE //XSpointA= SpointA //XSbarA  = SbarA //XSpointB= SpointB //XSbarB  = SbarB //XSpointC= SpointC //XSbarC  = SbarC //XSpointD= SpointD //XSbarD  = SbarD SpointA = low SbarA   = BarIndex Scount  = 0 SpointB = 0 SbarB   = 0 SpointC = 0 SbarC   = 0 SpointD = 0 SbarD   = 0 ENDIF ENDIF ENDIF // si stampano i punti trovati, ognuno dipendente dal precedente, si stampa A, poi B solo se A è stato stampato, poi C solo se B è stato stampato ed infine D se anche C è stato stampato IF SpointC > 0 THEN IF ((SbarC - SbarA) < SminBars ) THEN SpointC = 0 x = BarIndex - SbarB FOR i = x DOWNTO 0 IF high[i] > SpointB THEN SpointB = high[i] SbarB   = BarIndex[i] ENDIF NEXT ENDIF ENDIF IF SpointD > 0 THEN IF ((SbarD - SbarC) < SminBars ) THEN //IF SpointD > 0 THEN //IF ((SbarC - SbarA) < SminBars ) OR ((SbarD - SbarC) < SminBars ) THEN //SpointD = 0 //ENDIF //ENDIF SpointD = 0 SbarD   = 0 ENDIF ENDIF IF SpointA > 0 THEN IF SpointB > 0 THEN IF SpointC > 0 THEN IF SpointD > 0 THEN //XSpointA  = SpointA //XSbarA    = SbarA //XSpointB  = SpointB //XSbarB    = SbarB //XSpointC  = SpointC //XSbarC    = SbarC //XSpointD  = SpointD //XSbarD    = SbarD //DRAWTEXT("A",SbarA,SpointA - Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",SbarB,SpointB + Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",SbarC,SpointC - Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",SbarD,SpointD + Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(SbarA,SpointA,SbarB,SpointB,SbarC,SpointC)coloured(200,120,120,255) //DRAWTRIANGLE(SbarC,SpointC,SbarD,SpointC,SbarD,SpointD)coloured(200,120,120,255) ENDIF ENDIF ENDIF ENDIF //IF SpointD = 0 AND XSpointD > 0 THEN //DRAWTEXT("A",XSbarA,XSpointA - Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",XSbarB,XSpointB + Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",XSbarC,XSpointC - Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",XSbarD,XSpointD + Sdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(XSbarA,XSpointA,XSbarB,XSpointB,XSbarC,XSpointC)coloured(200,120,120,255) //DRAWTRIANGLE(XSbarC,XSpointC,XSbarD,XSpointC,XSbarD,XSpointD)coloured(200,120,120,255) //ENDIF x = 0 IF LpointD > 0 THEN x = 1 ELSIF SpointD > 0 THEN x = 2 ENDIF // TIMEFRAME(15 Minute) // //------------------------------------------------------------------------------------ //                               Bullish pattern //------------------------------------------------------------------------------------ IF BarIndex = 0 THEN yLmaxBars  = 100 yLminBars  = 5 //yLdistance = 15 * pipsize yLpointA   = high yLbarA     = BarIndex yLpointB   = low yLbarB     = BarIndex yLpointC   = 0 yLbarC     = 0 yLpointD   = 0 //yLbarD     = 0 yLcount    = 0 //XyLpointA  = 0 //XyLbarA    = 0 //XyLpointB  = 0 //XyLbarB    = 0 //XyLpointC  = 0 //XyLbarC    = 0 //XyLpointD  = 0 //XyLbarD    = 0 ENDIF // IF yLcount > yLmaxBars  THEN //XyLpointA  = yLpointA //XyLbarA    = yLbarA //XyLpointB  = yLpointB //XyLbarB    = yLbarB //XyLpointC  = yLpointC //XyLbarC    = yLbarC //XyLpointD  = yLpointD //XyLbarD    = yLbarD yLpointA   = high yLbarA     = BarIndex yLpointB   = low yLbarB     = BarIndex yLpointC   = 0 yLbarC     = 0 yLpointD   = 0 //yLbarD     = 0 yLcount    = 0 ENDIF yLcount = yLcount + 1  //incrementare il passare delle Bars  per azzerare tutto quando arriva a 100 // // Determinare se il prezzo scende sotto A, in tal caso avremo una nuova A più bassa e ripartiremo daccapo con B,C e D yLpointA = max(yLpointA,high) IF yLpointA > yLpointA[1] THEN yLbarA   = BarIndex yLcount  = 0 yLpointB = low yLbarB   = BarIndex yLpointC = 0 yLbarC   = 0 yLpointD = 0 //yLbarD   = 0 ENDIF // // Determinare se il prezzo sale sopra B, in tal caso avremo una nuova B più alta e ripartiremo daccapo con C e D IF yLpointC = 0 THEN yLpointB = min(yLpointB,low) IF yLpointB < yLpointB[1] THEN yLbarB = BarIndex ENDIF ENDIF // Calcolare la differenza tra i punti A e B e le due percentuali di fibonacci da usare per la verifica di C yLdiffAB = yLpointA - yLpointB yLfibC1  = yLdiffAB * 0.618 yLfibC2  = yLdiffAB * 0.786 yLfibD1  = yLpointC - (yLfibC1 * 1.270) yLfibD2  = yLpointC - (yLfibC2 * 1.618) IF high >= (yLpointB + yLfibC1) AND high <= (yLpointB + yLfibC2) THEN // se il MINIMO è tra 0.618 e 0.786 abbiamo trovato il Lpoint C.... yLpointC = high yLbarC   = BarIndex IF yLpointC < yLpointC[1] THEN yLpointC = yLpointC[1] yLbarC   = yLbarC[1] ENDIF ELSIF close > (yLpointB + yLfibC2) THEN // ...altrimenti si riparte daccapo con un nuovo Lpoint A ed un nuovo Lpoint B yLpointA = high yLbarA   = BarIndex yLpointB = low yLbarB   = BarIndex yLpointC = 0 yLbarC   = 0 //yLbarD   = 0 yLpointD = 0 yLcount  = 0 ENDIF // // Una volta superato il 161.8 si riparte daccapo // IF close < yLfibD2 AND yLpointD > 0 THEN //XyLpointA= yLpointA //XyLbarA  = yLbarA //XyLpointB= yLpointB //XyLbarB  = yLbarB //XyLpointC= yLpointC //XyLbarC  = yLbarC //XyLpointD= yLpointD //XyLbarD  = yLbarD yLpointA = high yLbarA   = BarIndex yLpointB = low yLbarB   = BarIndex yLpointC = 0 yLbarC   = 0 yLpointD = 0 //yLbarD   = 0 yLcount  = 0 ENDIF IF yLpointC > 0 THEN IF yLpointD = 0 THEN IF close <= yLfibD1 AND close >= yLfibD2 THEN yLpointD = close //yLbarD   = BarIndex ELSIF close < yLfibD2 THEN yLpointD = yLfibD2 //yLbarD = BarIndex ENDIF ELSE IF close <= yLfibD1 AND close >= yLfibD2 THEN yLpointD = close IF yLpointD < yLpointD[1] THEN //yLbarD   = BarIndex ELSE yLpointD = yLpointD[1] ENDIF ELSE //XyLpointA= yLpointA //XyLbarA  = yLbarA //XyLpointB= yLpointB //XyLbarB  = yLbarB //XyLpointC= yLpointC //XyLbarC  = yLbarC //XyLpointD= yLpointD //XyLbarD  = yLbarD yLpointA = high yLbarA   = BarIndex yLcount  = 0 yLpointB = 0 yLbarB   = 0 yLpointC = 0 yLbarC   = 0 yLpointD = 0 //yLbarD   = 0 ENDIF ENDIF ENDIF // si stampano i punti trovati, ognuno dipendente dal precedente, si stampa A, poi B solo se A è stato stampato, poi C solo se B è stato stampato ed infine D se anche C è stato stampato IF yLpointC > 0 THEN IF ((yLbarC - yLbarA) < yLminBars ) THEN yLpointC = 0 yx = BarIndex - yLbarB FOR yi = yx DOWNTO 0 IF low[yi] < yLpointB THEN yLpointB = low[yi] yLbarB   = BarIndex[yi] ENDIF NEXT ENDIF ENDIF //IF yLpointD > 0 THEN //IF ((yLbarC - yLbarA) < yLminBars ) OR ((yLbarD - yLbarC) < yLminBars ) THEN //yLpointD = 0 //ENDIF //ENDIF IF yLpointA > 0 THEN IF yLpointB > 0 THEN IF yLpointC > 0 THEN IF yLpointD > 0 THEN //IF yLpointD[1] = 0 THEN //XyLpointA  = yLpointA //XyLbarA    = yLbarA //XyLpointB  = yLpointB //XyLbarB    = yLbarB //XyLpointC  = yLpointC //XyLbarC    = yLbarC //XyLpointD  = yLpointD //XyLbarD    = yLbarD //ENDIF //DRAWTEXT("A",yLbarA,yLpointA - yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",yLbarB,yLpointB + yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",yLbarC,yLpointC - yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",yLbarD,yLpointD + yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(yLbarA,yLpointA,yLbarB,yLpointB,yLbarC,yLpointC)coloured(50,205,50,255) //DRAWTRIANGLE(yLbarC,yLpointC,yLbarD,yLpointC,yLbarD,yLpointD)coloured(50,205,50,255) ENDIF ENDIF ENDIF ENDIF //IF yLpointD = 0 AND XyLpointD > 0 THEN //DRAWTEXT("A",XyLbarA,XyLpointA - yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",XyLbarB,XyLpointB + yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",XyLbarC,XyLpointC - yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",XyLbarD,XyLpointD + yLdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(XyLbarA,XyLpointA,XyLbarB,XyLpointB,XyLbarC,XyLpointC)coloured(50,205,50,255) //DRAWTRIANGLE(XyLbarC,XyLpointC,XyLbarD,XyLpointC,XyLbarD,XyLpointD)coloured(50,205,50,255) //ENDIF //------------------------------------------------------------------------------------ //                               Bearish pattern //------------------------------------------------------------------------------------ IF BarIndex = 0 THEN ySmaxBars  = 100 ySminBars  = 5 //ySdistance = 10 * pipsize ySpointA   = low ySbarA     = BarIndex ySpointB   = high ySbarB     = BarIndex ySpointC   = 0 ySbarC     = 0 ySpointD   = 0 ySbarD     = 0 yScount    = 0 //XySpointA  = low //XySbarA    = BarIndex //XySpointB  = high //XySbarB    = BarIndex //XySpointC  = 0 //XySbarC    = 0 //XySpointD  = 0 //XySbarD    = 0 ENDIF // IF yScount > ySmaxBars  THEN //XySpointA  = ySpointA //XySbarA    = ySbarA //XySpointB  = ySpointB //XySbarB    = ySbarB //XySpointC  = ySpointC //XySbarC    = ySbarC //XySpointD  = ySpointD //XySbarD    = ySbarD ySpointA   = low ySbarA     = BarIndex ySpointB   = high ySbarB     = BarIndex ySpointC   = 0 ySbarC     = 0 ySpointD   = 0 ySbarD     = 0 yScount    = 0 ENDIF yScount = yScount + 1  //incrementare il passare delle Bars  per azzerare tutto quando arriva a 100 // // Determinare se il prezzo scende sotto A, in tal caso avremo una nuova A più bassa e ripartiremo daccapo con B,C e D ySpointA = min(ySpointA,low) IF ySpointA < ySpointA[1] THEN ySbarA   = BarIndex yScount  = 0 ySpointB = high ySbarB   = BarIndex ySpointC = 0 ySbarC   = 0 ySpointD = 0 ySbarD   = 0 ENDIF // // Determinare se il prezzo sale sopra B, in tal caso avremo una nuova B più alta e ripartiremo daccapo con C e D IF ySpointC = 0 THEN ySpointB = max(ySpointB,high) IF ySpointB > ySpointB[1] THEN ySbarB = BarIndex ENDIF ENDIF // Calcolare la differenza tra i punti A e B e le due percentuali di fibonacci da usare per la verifica di C ySdiffAB = ySpointB - ySpointA ySfibC1  = ySdiffAB * 0.618 ySfibC2  = ySdiffAB * 0.786 ySfibD1  = ySpointC + (ySfibC1 * 1.270) ySfibD2  = ySpointC + (ySfibC2 * 1.618) IF low <= (ySpointB - ySfibC1) AND low >= (ySpointB - ySfibC2) THEN // se il MINIMO è tra 0.618 e 0.786 abbiamo trovato il Spoint C.... ySpointC = low ySbarC = BarIndex IF ySpointC < ySpointC[1] THEN ySpointC = ySpointC[1] ySbarC   = ySbarC[1] ENDIF ELSIF close < (ySpointB - ySfibC2) THEN // ...altrimenti si riparte daccapo con un nuovo Spoint A ed un nuovo Spoint B ySpointA = low ySbarA   = BarIndex ySpointB = high ySbarB   = BarIndex ySpointC = 0 ySbarC   = 0 ySbarD   = 0 ySpointD = 0 yScount  = 0 ELSIF close > ySpointB THEN //ySpointB = high //ySbarB   = BarIndex //ySpointC = 0 //ySbarC   = 0 //ySbarD   = 0 //ySpointD = 0 ENDIF // // Una volta superato il 161.8 si riparte daccapo // IF close > ySfibD2 AND ySpointD > 0 THEN //XySpointA= ySpointA //XySbarA  = ySbarA //XySpointB= ySpointB //XySbarB  = ySbarB //XySpointC= ySpointC //XySbarC  = ySbarC //XySpointD= ySpointD //XySbarD  = ySbarD ySpointA = low ySpointA = low ySbarA   = BarIndex ySpointB = high ySbarB   = BarIndex ySpointC = 0 ySbarC   = 0 ySpointD = 0 ySbarD   = 0 yScount  = 0 ENDIF IF ySpointC > 0 THEN IF ySpointD = 0 THEN IF close >= ySfibD1 AND close <= ySfibD2 THEN ySpointD = close ySbarD = BarIndex ELSIF close > ySfibD2 THEN ySpointD = ySfibD2 ySbarD = BarIndex ENDIF ELSE IF close >= ySfibD1 AND close <= ySfibD2 THEN ySpointD = close IF ySpointD > ySpointD[1] THEN ySbarD = BarIndex ELSE ySpointD = ySpointD[1] ENDIF ELSE //XySpointA= ySpointA //XySbarA  = ySbarA //XySpointB= ySpointB //XySbarB  = ySbarB //XySpointC= ySpointC //XySbarC  = ySbarC //XySpointD= ySpointD //XySbarD  = ySbarD ySpointA = low ySbarA   = BarIndex yScount  = 0 ySpointB = 0 ySbarB   = 0 ySpointC = 0 ySbarC   = 0 ySpointD = 0 ySbarD   = 0 ENDIF ENDIF ENDIF // si stampano i punti trovati, ognuno dipendente dal precedente, si stampa A, poi B solo se A è stato stampato, poi C solo se B è stato stampato ed infine D se anche C è stato stampato IF ySpointC > 0 THEN IF ((ySbarC - ySbarA) < ySminBars ) THEN ySpointC = 0 kx = BarIndex - ySbarB FOR ki = kx DOWNTO 0 IF high[ki] > ySpointB THEN ySpointB = high[ki] ySbarB   = BarIndex[ki] ENDIF NEXT ENDIF ENDIF IF ySpointD > 0 THEN IF ((ySbarD - ySbarC) < ySminBars ) THEN //IF ySpointD > 0 THEN //IF ((ySbarC - ySbarA) < ySminBars ) OR ((ySbarD - ySbarC) < ySminBars ) THEN //ySpointD = 0 //ENDIF //ENDIF ySpointD = 0 ySbarD   = 0 ENDIF ENDIF IF ySpointA > 0 THEN IF ySpointB > 0 THEN IF ySpointC > 0 THEN IF ySpointD > 0 THEN //XySpointA  = ySpointA //XySbarA    = ySbarA //XySpointB  = ySpointB //XySbarB    = ySbarB //XySpointC  = ySpointC //XySbarC    = ySbarC //XySpointD  = ySpointD //XySbarD    = ySbarD //DRAWTEXT("A",ySbarA,ySpointA - ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",ySbarB,ySpointB + ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",ySbarC,ySpointC - ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",ySbarD,ySpointD + ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(ySbarA,ySpointA,ySbarB,ySpointB,ySbarC,ySpointC)coloured(200,120,120,255) //DRAWTRIANGLE(ySbarC,ySpointC,ySbarD,ySpointC,ySbarD,ySpointD)coloured(200,120,120,255) ENDIF ENDIF ENDIF ENDIF //IF ySpointD = 0 AND XySpointD > 0 THEN //DRAWTEXT("A",XySbarA,XySpointA - ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("B",XySbarB,XySpointB + ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("C",XySbarC,XySpointC - ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTEXT("D",XySbarD,XySpointD + ySdistance,Dialog,Bold,14) coloured(205,0,205,255) //DRAWTRIANGLE(XySbarA,XySpointA,XySbarB,XySpointB,XySbarC,XySpointC)coloured(200,120,120,255) //DRAWTRIANGLE(XySbarC,XySpointC,XySbarD,XySpointC,XySbarD,XySpointD)coloured(200,120,120,255) //ENDIF y = 0 IF yLpointD > 0 THEN y = 1 ELSIF ySpointD > 0 THEN y = 2 ENDIF // TIMEFRAME(default) // z = 0 IF x = 1 AND y = 1 THEN z = 1 ELSIF x = 2 AND y = 2 THEN z = 2 ENDIF SCREENER[z](z AS "1=↑, 2=↓")

   

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  robertogozzi

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  01/25/2020 at 5:48 PM #117819
  PEDRAM.JOKAR

  Thank you so much.

  

  PEDRAM.JOKAR

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  01/29/2020 at 11:00 PM #118229
  JMat45

  Amazing job, Roberto.

  1 user thanked author for this post.

  robertogozzi

  

  JMat45

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  02/03/2020 at 7:52 AM #118514
  PEDRAM.JOKAR

  Can you please update the code for when there is either Red/Green ABCD pattern in 15 Min TF and there is same color pattern in one of the last ten bars in 1 Hour TF including current TF.

   

  

  PEDRAM.JOKAR

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  02/03/2020 at 9:45 AM #118525
  robertogozzi

  Replace lines 421-426 with:

  x = 0 IF summation[10](LpointD > 0) THEN x = 1 ELSIF summation[10](SpointD > 0) THEN x = 2 ENDIF

  1 2 3 4 5 6

  x = 0 IF summation[10](LpointD > 0) THEN    x = 1 ELSIF summation[10](SpointD > 0) THEN    x = 2 ENDIF

   

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