Screener pattern di prezzo

• 02/07/2024 at 1:26 PM #227550
  massininja

  Buongiornoi,

  con le mie pressoché nulle capacità di programmazione ho provato a realizzare uno screener che andasse a rintracciare determinati pattern di prezzo. Pur non restituendo errori nella compilazione, però, non gira (errore – Linea1: uno dei seguenti caratteri sarebbe più appropriato di “fine del codice”: ENDIF). Di certo sarà qualcosa di estremamente banale, ma non riesco a capire cosa. Allego il codice, spero sappiate aiutarmi…

  scrematura pattern

  //restituisce i seguenti valori: // // 1 = hammer // 2 = boomer // 3 = bullish eng // 4 = bearish eng // 5 = dark cloud cover // 6 = double inside // 7 = evening star // 8 = morning star // 9 = piercing line // 10 = shooting star // 11 = OOOPS // 12 = 3d rialzista // 13 = 3d ribassista // 14 = bullish hikkake // 15 = bearish hikkake // 16 = down 5c // 17 = inside NR7 // 18 = three black crows // 19 = three white soldiers // hammer indicator1 = low < lowest[10] indicator2 = close > (high - ((high - low)/3)) indicator3 = open > (high-((high-low)/3)) indicator4 = Volume > Average[5](Volume) indicator5 = abs(close - open)<((high<low)/3) //hammer hammer = indicator1 AND indicator2 and indicator3 and indicator4 AND indicator5 // Boomer indicator6 = low > low [1] indicator7 = high < high[1] indicator8 = high[1] < high[2] indicator9 = low[1] > low [2] // boomer boomer = indicator6 AND indicator7 and indicator8 and indicator9 // Bullish Engulfing Pattern Screener indicator10 = close > open [1] indicator11 = close > open indicator12 = open < close[1] indicator13 = Volume > Volume [1] indicator14 = close < (high+((high-low)/3)) engulfing1 = (low < low[1]) AND (high > high[1]) // La candela bullish ingloba completamente la bearish // Condizione finale per identificare il pattern Bullish Engulfing Bueng = indicator10 AND indicator11 and indicator12 and indicator13 and indicator14 and engulfing1 // Bearish Engulfing Pattern Screener indicator15 = close < open [1] indicator16 = close < open indicator17 = open > close[1] indicator18 = Volume > Volume [1] indicator19 = close < (low+((high-low)/3)) engulfing = (low > low[1]) AND (high > high[1]) // La candela bearish ingloba completamente la bearish // Condizione finale per identificare il pattern Bearish Engulfing Beeng = indicator15 AND indicator16 and indicator17 and indicator18 AND indicator19 and engulfing // Dark Cloud Cover indicator20 = open > High [1] indicator21 = low > low [1] indicator22 = close [1] > open[1] indicator23 = close < (close[1]-open[1])*0.5+open[1] // Dark Cloud Cover Dcc = indicator20 AND indicator21 and indicator22 and indicator23 // doubleinside indicator24 = high < High[2] indicator25 = high[1] < high[12] indicator26 = low > high[2] indicator27 = low[1] > low [2] // doubleinside doins = indicator24 AND indicator25 and indicator26 and indicator27 // Evening Star Pattern Screener indicator28 = close < open indicator29 = close[2] > open[2] indicator30 = open < min(open[1],close[1]) indicator31 = close[2] < min(open[1],close[1]) // Condizione finale per identificare il pattern Evening Star Evst = indicator28 AND indicator29 and indicator30 and indicator31 // Morning Star Pattern Screener indicator32 = close > open indicator33 = close[2] < open[2] indicator34 = open > max(open[1],close[1]) indicator35 = close[2] > max(open[1],close[1]) // Condizione finale per identificare il pattern Morning Star Most = indicator32 aND indicator33 and indicator34 and indicator35 // piercing line indicator36 = open < Low [1] indicator37 = high < high [1] indicator38 = close [1] < open[1] indicator39 = close > (open[1]-close[1])*0.5+close[1] // piercingline Pili = indicator36 AND indicator37 and indicator38 and indicator39 // shooting star indicator40 = highest[10] indicator41 = close < (low + ((high - low)/3)) indicator42 = open < (low+((high-low)/3)) indicator43 = Volume > Average[5](Volume) indicator44 = abs(close - open)<((high<low)/3) //shootingstar shst = indicator40 AND indicator41 and indicator42 and indicator43 AND indicator44 // oooops indicator45 = open < low[1] ooops = indicator45 // threeDRUP indicator46 = close > 0 indicator47 = close[1]< open[1] indicator48 = close[2] < open[2] indicator49 = close[3] < open[3] // Condizione finale per identificare il pattern 3DR tDRup = indicator46 AND indicator47 and indicator48 and indicator49 // threeDRDW indicator50 = close < 0 indicator51 = close[1]> open[1] indicator52 = close[2] > open[2] indicator53 = close[3] > open[3] // Condizione finale per identificare il pattern 3DR tDRdw = indicator50 AND indicator51 and indicator52 and indicator53 // Bullish Hikkake indicator54 = high < high[1] indicator55 = high[1] < high[2] indicator56 = low < low[1] indicator57 = low[1] > low[2] //BullishHikkake BuHi = indicator54 AND indicator55 and indicator56 and indicator57 // Bearish Hikkake indicator58 = high > high[1] indicator59 = high[1] < high[2] indicator60 = low > low[1] indicator61 = low[1] > low[2] //BearishHikkake BeHi = indicator58 AND indicator59 and indicator60 and indicator61 // down5c indicator62 = close < close[1] indicator63 = close[1] < close[2] indicator64 = close[2] < close[3] indicator65 = close[3] < close[4] // Condizione finale per identificare il pattern down5c down5c = indicator62 AND indicator63 and indicator64 and indicator65 //InsideNR7 MinPreviousRange = MIN(MIN(MIN(MIN(MIN((High[1] - Low[1]), (High[2] - Low[2])), (High[3] - Low[3])), (High[4] - Low[4])), (High[5] - Low[5])), (High[6] - Low[6])) // Definisce la differenza tra il massimo e il minimo della sessione corrente CurrentRange = High - Low // Verifica se la differenza corrente è minore della minima differenza trovata nelle sei sessioni precedenti InNR7 = CurrentRange < MinPreviousRange // ThreeBlackCrows Pattern Screener indicator66 = close < open indicator67 = close[1] < open[1] indicator68 = close[2] < open[2] indicator69 = high < high[1] indicator70 = high[1] < high[2] indicator71 = low < low[1] indicator72 =low[1] < low[2] // Condizione finale per identificare il pattern ThreeBlackCrows TBC = indicator66 AND indicator67 and indicator68 and indicator68 AND indicator70 and indicator71 and indicator72 // Three White Soldiers Pattern Screener indicator73 = close > open indicator74 = close[1] > open[1] indicator75 = close[2] > open[2] indicator76 = high > high[1] indicator77 = high[1] > high[2] indicator78 = low > low[1] indicator79 =low[1] > low[2] // Condizione finale per identificare il pattern Three White Soldiers TWS = indicator73 AND indicator74 and indicator75 and indicator76 AND indicator77 and indicator79 and indicator79 Segnale = 0 IF hammer THEN Segnale = 1 ELSIF boomer THEN Segnale = 2 ELSIF Bueng THEN Segnale = 3 ELSIF Beeng THEN Segnale = 4 IF Dcc THEN Segnale = 5 ELSIF doins THEN Segnale = 6 ELSIF Evst THEN Segnale = 7 ELSIF Most THEN Segnale = 8 IF Pili THEN Segnale = 9 ELSIF shst THEN Segnale = 10 ELSIF ooops THEN Segnale = 11 ELSIF tDRup THEN Segnale = 12 IF tDRdw THEN Segnale = 13 ELSIF BuHi THEN Segnale = 14 ELSIF BeHi THEN Segnale = 15 ELSIF down5c THEN Segnale = 16 IF InNR7 THEN Segnale = 17 ELSIF TBC THEN Segnale = 18 ELSIF TWS THEN Segnale = 19 ENDIF SCREENER[Segnale](Segnale AS "1=hammer,2=boomer,3=Bueng,4=Beeng,5=Dcc,6=doins,7=Evst,8=Most,9=Pili,10=shst,11=ooops,12=tDRup,13=tDRdw,14=BuHi,15=BeHi,16=down5c,17=InNR7,2=DN,18=TBC,19=TWS")

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  //restituisce i seguenti valori: // //      1 = hammer //      2 = boomer //      3 = bullish eng //      4 = bearish eng //      5 = dark cloud cover //      6 = double inside //      7 = evening star //      8 = morning star //      9 = piercing line //      10 = shooting star //      11 = OOOPS //      12 = 3d rialzista //      13 = 3d ribassista //      14 = bullish hikkake //      15 = bearish hikkake //      16 = down 5c //      17 = inside NR7 //      18 = three black crows //      19 = three white soldiers   // hammer indicator1 = low < lowest[10] indicator2 = close > (high - ((high - low)/3)) indicator3 = open > (high-((high-low)/3)) indicator4 = Volume > Average[5](Volume) indicator5 = abs(close - open)<((high<low)/3) //hammer hammer = indicator1 AND indicator2 and indicator3 and indicator4 AND indicator5   // Boomer indicator6 = low > low [1] indicator7 = high < high[1] indicator8 = high[1] < high[2] indicator9 = low[1] > low [2]   // boomer boomer  = indicator6 AND indicator7 and indicator8 and indicator9   // Bullish Engulfing Pattern Screener indicator10 = close > open [1] indicator11 = close > open indicator12 = open < close[1] indicator13 = Volume > Volume [1] indicator14 = close < (high+((high-low)/3)) engulfing1 = (low < low[1]) AND (high > high[1]) // La candela bullish ingloba completamente la bearish   // Condizione finale per identificare il pattern Bullish Engulfing Bueng = indicator10 AND indicator11 and indicator12 and indicator13 and indicator14 and engulfing1   // Bearish Engulfing Pattern Screener indicator15 = close < open [1] indicator16 = close < open indicator17 = open > close[1] indicator18 = Volume > Volume [1] indicator19 = close < (low+((high-low)/3)) engulfing = (low > low[1]) AND (high > high[1]) // La candela bearish ingloba completamente la bearish   // Condizione finale per identificare il pattern Bearish Engulfing Beeng = indicator15 AND indicator16 and indicator17 and indicator18 AND indicator19 and engulfing   // Dark Cloud Cover indicator20 = open > High [1] indicator21 = low > low [1] indicator22 = close [1] > open[1] indicator23 = close < (close[1]-open[1])*0.5+open[1]   // Dark Cloud Cover Dcc = indicator20 AND indicator21 and indicator22 and indicator23   // doubleinside indicator24 = high < High[2] indicator25 = high[1] < high[12] indicator26 = low > high[2] indicator27 = low[1] > low [2]   // doubleinside doins  = indicator24 AND indicator25 and indicator26 and indicator27   // Evening Star Pattern Screener indicator28 = close < open indicator29 = close[2] > open[2] indicator30 = open < min(open[1],close[1]) indicator31 = close[2] < min(open[1],close[1])   // Condizione finale per identificare il pattern Evening Star Evst = indicator28 AND indicator29 and indicator30 and indicator31   // Morning Star Pattern Screener indicator32 = close > open indicator33 = close[2] < open[2] indicator34 = open > max(open[1],close[1]) indicator35 = close[2] > max(open[1],close[1])   // Condizione finale per identificare il pattern Morning Star Most = indicator32 aND indicator33 and indicator34 and indicator35   // piercing line indicator36 = open < Low [1] indicator37 = high < high [1] indicator38 = close [1] < open[1] indicator39 = close > (open[1]-close[1])*0.5+close[1]   // piercingline Pili = indicator36 AND indicator37 and indicator38 and indicator39   // shooting star indicator40 = highest[10] indicator41 = close < (low + ((high - low)/3)) indicator42 = open < (low+((high-low)/3)) indicator43 = Volume > Average[5](Volume) indicator44 = abs(close - open)<((high<low)/3) //shootingstar shst  = indicator40 AND indicator41 and indicator42 and indicator43 AND indicator44   // oooops indicator45 = open < low[1]   ooops = indicator45   // threeDRUP indicator46 = close > 0 indicator47 = close[1]< open[1] indicator48 = close[2] < open[2] indicator49 = close[3] < open[3]   // Condizione finale per identificare il pattern 3DR tDRup = indicator46 AND indicator47 and indicator48 and indicator49   // threeDRDW indicator50 = close < 0 indicator51 = close[1]> open[1] indicator52 = close[2] > open[2] indicator53 = close[3] > open[3]   // Condizione finale per identificare il pattern 3DR tDRdw = indicator50 AND indicator51 and indicator52 and indicator53   // Bullish Hikkake indicator54 = high < high[1] indicator55 = high[1] < high[2] indicator56 = low < low[1] indicator57 = low[1] > low[2]   //BullishHikkake BuHi = indicator54 AND indicator55 and indicator56 and indicator57   // Bearish Hikkake indicator58 = high > high[1] indicator59 = high[1] < high[2] indicator60 = low > low[1] indicator61 = low[1] > low[2]   //BearishHikkake BeHi = indicator58 AND indicator59 and indicator60 and indicator61   // down5c indicator62 = close < close[1] indicator63 = close[1] < close[2] indicator64 = close[2] < close[3] indicator65 = close[3] < close[4]     // Condizione finale per identificare il pattern down5c down5c = indicator62 AND indicator63 and indicator64 and indicator65     //InsideNR7 MinPreviousRange = MIN(MIN(MIN(MIN(MIN((High[1] - Low[1]), (High[2] - Low[2])), (High[3] - Low[3])), (High[4] - Low[4])), (High[5] - Low[5])), (High[6] - Low[6]))   // Definisce la differenza tra il massimo e il minimo della sessione corrente CurrentRange = High - Low   // Verifica se la differenza corrente è minore della minima differenza trovata nelle sei sessioni precedenti InNR7 = CurrentRange < MinPreviousRange   // ThreeBlackCrows Pattern Screener indicator66 = close < open indicator67 = close[1] < open[1] indicator68 = close[2] < open[2] indicator69 = high < high[1] indicator70 = high[1] < high[2] indicator71 = low < low[1] indicator72 =low[1] < low[2]   // Condizione finale per identificare il pattern ThreeBlackCrows TBC = indicator66 AND indicator67 and indicator68 and indicator68 AND indicator70 and indicator71 and indicator72   // Three White Soldiers Pattern Screener indicator73 = close > open indicator74 = close[1] > open[1] indicator75 = close[2] > open[2] indicator76 = high > high[1] indicator77 = high[1] > high[2] indicator78 = low > low[1] indicator79 =low[1] > low[2]   // Condizione finale per identificare il pattern Three White Soldiers TWS = indicator73 AND indicator74 and indicator75 and indicator76 AND indicator77 and indicator79 and indicator79 Segnale  = 0 IF hammer THEN Segnale = 1 ELSIF boomer THEN Segnale = 2 ELSIF Bueng THEN Segnale = 3 ELSIF Beeng THEN Segnale = 4 IF Dcc THEN Segnale = 5 ELSIF doins THEN Segnale = 6 ELSIF Evst THEN Segnale = 7 ELSIF Most THEN Segnale = 8 IF Pili THEN Segnale = 9 ELSIF shst THEN Segnale = 10 ELSIF ooops THEN Segnale = 11 ELSIF tDRup THEN Segnale = 12 IF tDRdw THEN Segnale = 13 ELSIF BuHi THEN Segnale = 14 ELSIF BeHi THEN Segnale = 15 ELSIF down5c THEN Segnale = 16 IF InNR7 THEN Segnale = 17 ELSIF TBC THEN Segnale = 18 ELSIF TWS THEN Segnale = 19 ENDIF SCREENER[Segnale](Segnale AS "1=hammer,2=boomer,3=Bueng,4=Beeng,5=Dcc,6=doins,7=Evst,8=Most,9=Pili,10=shst,11=ooops,12=tDRup,13=tDRdw,14=BuHi,15=BeHi,16=down5c,17=InNR7,2=DN,18=TBC,19=TWS")

  

  massininja

  Participant

  Topics: 4

  Replies: 11

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  02/07/2024 at 1:46 PM #227558
  jacquesgermain

  ciao ecco il codice corretto:

  //restituisce i seguenti valori:
  //
  // 1 = hammer
  // 2 = boomer
  // 3 = bullish eng
  // 4 = bearish eng
  // 5 = dark cloud cover
  // 6 = double inside
  // 7 = evening star
  // 8 = morning star
  // 9 = piercing line
  // 10 = shooting star
  // 11 = OOOPS
  // 12 = 3d rialzista
  // 13 = 3d ribassista
  // 14 = bullish hikkake
  // 15 = bearish hikkake
  // 16 = down 5c
  // 17 = inside NR7
  // 18 = three black crows
  // 19 = three white soldiers

  // hammer
  indicator1 = low < lowest[10]
  indicator2 = close > (high – ((high – low)/3))
  indicator3 = open > (high-((high-low)/3))
  indicator4 = Volume > Average[5](Volume)
  indicator5 = abs(close – open)<((high<low)/3)
  //hammer
  hammer = indicator1 AND indicator2 and indicator3 and indicator4 AND indicator5

  // Boomer
  indicator6 = low > low [1]
  indicator7 = high < high[1]
  indicator8 = high[1] < high[2]
  indicator9 = low[1] > low [2]

  // boomer
  boomer = indicator6 AND indicator7 and indicator8 and indicator9

  // Bullish Engulfing Pattern Screener
  indicator10 = close > open [1]
  indicator11 = close > open
  indicator12 = open < close[1]
  indicator13 = Volume > Volume [1]
  indicator14 = close < (high+((high-low)/3))
  engulfing1 = (low < low[1]) AND (high > high[1])
  // La candela bullish ingloba completamente la bearish

  // Condizione finale per identificare il pattern Bullish Engulfing
  Bueng = indicator10 AND indicator11 and indicator12 and indicator13 and indicator14 and engulfing1

  // Bearish Engulfing Pattern Screener
  indicator15 = close < open [1]
  indicator16 = close < open
  indicator17 = open > close[1]
  indicator18 = Volume > Volume [1]
  indicator19 = close < (low+((high-low)/3))
  engulfing = (low > low[1]) AND (high > high[1])
  // La candela bearish ingloba completamente la bearish

  // Condizione finale per identificare il pattern Bearish Engulfing
  Beeng = indicator15 AND indicator16 and indicator17 and indicator18 AND indicator19 and engulfing

  // Dark Cloud Cover
  indicator20 = open > High [1]
  indicator21 = low > low [1]
  indicator22 = close [1] > open[1]
  indicator23 = close < (close[1]-open[1])*0.5+open[1]

  // Dark Cloud Cover
  Dcc = indicator20 AND indicator21 and indicator22 and indicator23

  // doubleinside
  indicator24 = high < High[2]
  indicator25 = high[1] < high[12]
  indicator26 = low > high[2]
  indicator27 = low[1] > low [2]

  // doubleinside
  doins = indicator24 AND indicator25 and indicator26 and indicator27

  // Evening Star Pattern Screener
  indicator28 = close < open
  indicator29 = close[2] > open[2]
  indicator30 = open < min(open[1],close[1])
  indicator31 = close[2] < min(open[1],close[1])

  // Condizione finale per identificare il pattern Evening Star
  Evst = indicator28 AND indicator29 and indicator30 and indicator31

  // Morning Star Pattern Screener
  indicator32 = close > open
  indicator33 = close[2] < open[2]
  indicator34 = open > max(open[1],close[1])
  indicator35 = close[2] > max(open[1],close[1])

  // Condizione finale per identificare il pattern Morning Star
  Most = indicator32 aND indicator33 and indicator34 and indicator35

  // piercing line
  indicator36 = open < Low [1]
  indicator37 = high < high [1]
  indicator38 = close [1] < open[1]
  indicator39 = close > (open[1]-close[1])*0.5+close[1]

  // piercingline
  Pili = indicator36 AND indicator37 and indicator38 and indicator39

  // shooting star
  indicator40 = highest[10]
  indicator41 = close < (low + ((high – low)/3))
  indicator42 = open < (low+((high-low)/3))
  indicator43 = Volume > Average[5](Volume)
  indicator44 = abs(close – open)<((high<low)/3)
  //shootingstar
  shst = indicator40 AND indicator41 and indicator42 and indicator43 AND indicator44

  // oooops
  indicator45 = open < low[1]

  ooops = indicator45

  // threeDRUP
  indicator46 = close > 0
  indicator47 = close[1]< open[1]
  indicator48 = close[2] < open[2]
  indicator49 = close[3] < open[3]

  // Condizione finale per identificare il pattern 3DR
  tDRup = indicator46 AND indicator47 and indicator48 and indicator49

  // threeDRDW
  indicator50 = close < 0
  indicator51 = close[1]> open[1]
  indicator52 = close[2] > open[2]
  indicator53 = close[3] > open[3]

  // Condizione finale per identificare il pattern 3DR
  tDRdw = indicator50 AND indicator51 and indicator52 and indicator53

  // Bullish Hikkake
  indicator54 = high < high[1]
  indicator55 = high[1] < high[2]
  indicator56 = low < low[1]
  indicator57 = low[1] > low[2]

  //BullishHikkake
  BuHi = indicator54 AND indicator55 and indicator56 and indicator57

  // Indicatore Hikkake ribassista58
  = alto > alto[1]
  indicatore59 = alto[1] < alto[2]
  indicatore60 = basso > basso[1]
  indicatore61 = basso[1] > basso[2]

  //BearishHikkake
  BeHi = indicatore58 AND indicatore59 e indicatore60 e indicatore61

  // down5c
  indicatore62 = chiudi < chiudi[1]
  indicatore63 = chiudi[1] < chiudi[2]
  indicatore64 = chiudi[2] < chiudi[3]
  indicatore65 = chiudi[3] < chiudi[4]

  // Condizione finale per identificare il pattern down5c
  down5c = indicator62 AND indicator63 and indicator64 and indicator65

  //InsideNR7
  MinPreviousRange = MIN(MIN(MIN(MIN(MIN((Alto[1] – Basso[1]), (Alto[2] – Basso[2])), (Alto[3] – Basso[3] )), (Alto[4] – Basso[4])), (Alto[5] – Basso[5])), (Alto[6] – Basso[6]))

  // Definisce la differenza tra il massimo e il minimo della sessione corrente
  CurrentRange = High – Low

  // Verifica se la differenza corrente è minore della minima differenza trovata nelle sei sessioni precedenti
  InNR7 = CurrentRange < MinPreviousRange

  // Indicatore Screener modello ThreeBlackCrows66
  = chiudi <
  indicatore di apertura67 = chiudi[1] <indicatore di apertura[1]
  68 = chiudi[2] <indicatore di apertura[2]
  69 = alto < alto[1]
  indicatore70 = alto[1] <alto[2 ]
  indicatore71 = basso < basso[1]
  indicatore72 = basso[1] < basso[2]

  // Condizione finale per identificare il pattern ThreeBlackCrows
  TBC = indicator66 AND indicator67 and indicator68 and indicator69 AND indicator70 and indicator71 and indicator72

  // Indicatore di screening del modello dei tre soldati bianchi73
  = chiudi >
  indicatore di apertura74 = chiudi[1] > indicatore di apertura[1]
  75 = chiudi[2] > indicatore di apertura[2]
  76 = alto > alto[1]
  indicatore77 = alto[1] > alto [2]
  indicatore78 = basso > basso[1]
  indicatore79 = basso[1] > basso[2]

  // Condizione finale per identificare il pattern Three White Soldiers
  TWS = indicatore73 AND indicatore74 and indicatore75 and indicatore76 AND indicatore77 and indicatore78 and indicatore79
  Segnale = 0
  IF hammer THEN
  Segnale = 1
  ELSIF boomer THEN
  Segnale = 2
  ELSIF Bueng THEN
  Segnale = 3
  ELSIF Beeng THEN
  Segnale = 4
  ELSIF Dcc THEN
  Segnale = 5
  ELSIF doins THEN
  Segnale = 6
  ELSIF Evst THEN
  Segnale = 7
  ELSIF Most THEN
  Segnale = 8
  ELSIF Pili THEN
  Segnale = 9
  ELSIF shst THEN
  Segnale = 10
  ELSIF ooops THEN
  Segnale = 11
  ELSIF tDRup THEN
  Segnale = 12
  ELSIF tDRdw THEN
  Segnale = 13
  ELSIF BuHi THEN
  Segnale = 14
  ELSIF BeHi THEN
  Segnale = 15
  ELSIF down5c THEN
  Segnale = 16
  ELSIF InNR7 THEN
  Segnale = 17
  ELSIF TBC THEN
  Segnale = 18
  ELSIF TWS THEN
  Segnale = 19
  ENDIF

  SCREENER[Segnale](Segnale AS”1=hammer,2=boomer,3=Bueng,4=Beeng,5=Dcc,6=doins,7=Evst,8=Most,9=Pili,10=shst,11= ooops,12=tDRup,13=tDRdw,14=BuHi,15=BeHi,16=down5c,17=InNR7,2=DN,18=TBC,19=TWS”)

  

  jacquesgermain

  Participant

  Topics: 3

  Replies: 108

  Been thanked: 40 times
  02/07/2024 at 3:02 PM #227572
  Iván

  Ciao

  Ecco il codice. Bisogna tenere conto del fatto che oltre ai problemi con l’IF, c’erano 2 indicatori che non sono stati utilizzati ed è per questo che anche lo screener dà errore.

  riga 190. l’indicatore 68 viene ripetuto e l’indicatore 69 non viene richiamato.
  Riga 202. L’indicatore 79 è ripetuto e non c’è alcun riferimento all’indicatore 78.

  Tenendo conto di ciò, il codice è il seguente:

  screener

  //restituisce i seguenti valori: // // 1 = hammer // 2 = boomer // 3 = bullish eng // 4 = bearish eng // 5 = dark cloud cover // 6 = double inside // 7 = evening star // 8 = morning star // 9 = piercing line // 10 = shooting star // 11 = OOOPS // 12 = 3d rialzista // 13 = 3d ribassista // 14 = bullish hikkake // 15 = bearish hikkake // 16 = down 5c // 17 = inside NR7 // 18 = three black crows // 19 = three white soldiers // hammer indicator1 = low < lowest[10] indicator2 = close > (high - ((high - low)/3)) indicator3 = open > (high-((high-low)/3)) indicator4 = Volume > Average[5](Volume) indicator5 = abs(close - open)<((high<low)/3) //hammer hammer = indicator1 AND indicator2 and indicator3 and indicator4 AND indicator5 // Boomer indicator6 = low > low [1] indicator7 = high < high[1] indicator8 = high[1] < high[2] indicator9 = low[1] > low [2] // boomer boomer = indicator6 AND indicator7 and indicator8 and indicator9 // Bullish Engulfing Pattern Screener indicator10 = close > open [1] indicator11 = close > open indicator12 = open < close[1] indicator13 = Volume > Volume [1] indicator14 = close < (high+((high-low)/3)) engulfing1 = (low < low[1]) AND (high > high[1]) // La candela bullish ingloba completamente la bearish // Condizione finale per identificare il pattern Bullish Engulfing Bueng = indicator10 AND indicator11 and indicator12 and indicator13 and indicator14 and engulfing1 // Bearish Engulfing Pattern Screener indicator15 = close < open [1] indicator16 = close < open indicator17 = open > close[1] indicator18 = Volume > Volume [1] indicator19 = close < (low+((high-low)/3)) engulfing = (low > low[1]) AND (high > high[1]) // La candela bearish ingloba completamente la bearish // Condizione finale per identificare il pattern Bearish Engulfing Beeng = indicator15 AND indicator16 and indicator17 and indicator18 AND indicator19 and engulfing // Dark Cloud Cover indicator20 = open > High [1] indicator21 = low > low [1] indicator22 = close [1] > open[1] indicator23 = close < (close[1]-open[1])*0.5+open[1] // Dark Cloud Cover Dcc = indicator20 AND indicator21 and indicator22 and indicator23 // doubleinside indicator24 = high < High[2] indicator25 = high[1] < high[12] indicator26 = low > high[2] indicator27 = low[1] > low [2] // doubleinside doins = indicator24 AND indicator25 and indicator26 and indicator27 // Evening Star Pattern Screener indicator28 = close < open indicator29 = close[2] > open[2] indicator30 = open < min(open[1],close[1]) indicator31 = close[2] < min(open[1],close[1]) // Condizione finale per identificare il pattern Evening Star Evst = indicator28 AND indicator29 and indicator30 and indicator31 // Morning Star Pattern Screener indicator32 = close > open indicator33 = close[2] < open[2] indicator34 = open > max(open[1],close[1]) indicator35 = close[2] > max(open[1],close[1]) // Condizione finale per identificare il pattern Morning Star Most = indicator32 aND indicator33 and indicator34 and indicator35 // piercing line indicator36 = open < Low [1] indicator37 = high < high [1] indicator38 = close [1] < open[1] indicator39 = close > (open[1]-close[1])*0.5+close[1] // piercingline Pili = indicator36 AND indicator37 and indicator38 and indicator39 // shooting star indicator40 = highest[10] indicator41 = close < (low + ((high - low)/3)) indicator42 = open < (low+((high-low)/3)) indicator43 = Volume > Average[5](Volume) indicator44 = abs(close - open)<((high<low)/3) //shootingstar shst = indicator40 AND indicator41 and indicator42 and indicator43 AND indicator44 // oooops indicator45 = open < low[1] ooops = indicator45 // threeDRUP indicator46 = close > 0 indicator47 = close[1]< open[1] indicator48 = close[2] < open[2] indicator49 = close[3] < open[3] // Condizione finale per identificare il pattern 3DR tDRup = indicator46 AND indicator47 and indicator48 and indicator49 // threeDRDW indicator50 = close < 0 indicator51 = close[1]> open[1] indicator52 = close[2] > open[2] indicator53 = close[3] > open[3] // Condizione finale per identificare il pattern 3DR tDRdw = indicator50 AND indicator51 and indicator52 and indicator53 // Bullish Hikkake indicator54 = high < high[1] indicator55 = high[1] < high[2] indicator56 = low < low[1] indicator57 = low[1] > low[2] //BullishHikkake BuHi = indicator54 AND indicator55 and indicator56 and indicator57 // Bearish Hikkake indicator58 = high > high[1] indicator59 = high[1] < high[2] indicator60 = low > low[1] indicator61 = low[1] > low[2] //BearishHikkake BeHi = indicator58 AND indicator59 and indicator60 and indicator61 // down5c indicator62 = close < close[1] indicator63 = close[1] < close[2] indicator64 = close[2] < close[3] indicator65 = close[3] < close[4] // Condizione finale per identificare il pattern down5c down5c = indicator62 AND indicator63 and indicator64 and indicator65 //InsideNR7 MinPreviousRange = MIN(MIN(MIN(MIN(MIN((High[1] - Low[1]), (High[2] - Low[2])), (High[3] - Low[3])), (High[4] - Low[4])), (High[5] - Low[5])), (High[6] - Low[6])) // Definisce la differenza tra il massimo e il minimo della sessione corrente CurrentRange = High - Low // Verifica se la differenza corrente è minore della minima differenza trovata nelle sei sessioni precedenti InNR7 = CurrentRange < MinPreviousRange // ThreeBlackCrows Pattern Screener indicator66 = close < open indicator67 = close[1] < open[1] indicator68 = close[2] < open[2] indicator69 = high < high[1] indicator70 = high[1] < high[2] indicator71 = low < low[1] indicator72 =low[1] < low[2] // Condizione finale per identificare il pattern ThreeBlackCrows TBC = indicator66 AND indicator67 and indicator68 and indicator69 AND indicator70 and indicator71 and indicator72 // Three White Soldiers Pattern Screener indicator73 = close > open indicator74 = close[1] > open[1] indicator75 = close[2] > open[2] indicator76 = high > high[1] indicator77 = high[1] > high[2] indicator78 = low > low[1] indicator79 =low[1] > low[2] // Condizione finale per identificare il pattern Three White Soldiers TWS = indicator73 AND indicator74 and indicator75 and indicator76 AND indicator77 and indicator78 and indicator79 Segnale = 0 IF hammer THEN Segnale = 1 ELSIF boomer THEN Segnale = 2 ELSIF Bueng THEN Segnale = 3 ELSIF Beeng THEN Segnale = 4 elsIF Dcc THEN Segnale = 5 ELSIF doins THEN Segnale = 6 ELSIF Evst THEN Segnale = 7 ELSIF Most THEN Segnale = 8 elsIF Pili THEN Segnale = 9 ELSIF shst THEN Segnale = 10 ELSIF ooops THEN Segnale = 11 ELSIF tDRup THEN Segnale = 12 elsIF tDRdw THEN Segnale = 13 ELSIF BuHi THEN Segnale = 14 ELSIF BeHi THEN Segnale = 15 ELSIF down5c THEN Segnale = 16 elsIF InNR7 THEN Segnale = 17 ELSIF TBC THEN Segnale = 18 ELSIF TWS THEN Segnale = 19 ENDIF SCREENER[Segnale](Segnale AS "1=hammer,2=boomer,3=Bueng,4=Beeng,5=Dcc,6=doins,7=Evst,8=Most,9=Pili,10=shst,11=ooops,12=tDRup,13=tDRdw,14=BuHi,15=BeHi,16=down5c,17=InNR7,2=DN,18=TBC,19=TWS")

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  //restituisce i seguenti valori: // //      1 = hammer //      2 = boomer //      3 = bullish eng //      4 = bearish eng //      5 = dark cloud cover //      6 = double inside //      7 = evening star //      8 = morning star //      9 = piercing line //      10 = shooting star //      11 = OOOPS //      12 = 3d rialzista //      13 = 3d ribassista //      14 = bullish hikkake //      15 = bearish hikkake //      16 = down 5c //      17 = inside NR7 //      18 = three black crows //      19 = three white soldiers   // hammer indicator1 = low < lowest[10] indicator2 = close > (high - ((high - low)/3)) indicator3 = open > (high-((high-low)/3)) indicator4 = Volume > Average[5](Volume) indicator5 = abs(close - open)<((high<low)/3) //hammer hammer = indicator1 AND indicator2 and indicator3 and indicator4 AND indicator5   // Boomer indicator6 = low > low [1] indicator7 = high < high[1] indicator8 = high[1] < high[2] indicator9 = low[1] > low [2]   // boomer boomer  = indicator6 AND indicator7 and indicator8 and indicator9   // Bullish Engulfing Pattern Screener indicator10 = close > open [1] indicator11 = close > open indicator12 = open < close[1] indicator13 = Volume > Volume [1] indicator14 = close < (high+((high-low)/3)) engulfing1 = (low < low[1]) AND (high > high[1]) // La candela bullish ingloba completamente la bearish   // Condizione finale per identificare il pattern Bullish Engulfing Bueng = indicator10 AND indicator11 and indicator12 and indicator13 and indicator14 and engulfing1   // Bearish Engulfing Pattern Screener indicator15 = close < open [1] indicator16 = close < open indicator17 = open > close[1] indicator18 = Volume > Volume [1] indicator19 = close < (low+((high-low)/3)) engulfing = (low > low[1]) AND (high > high[1]) // La candela bearish ingloba completamente la bearish   // Condizione finale per identificare il pattern Bearish Engulfing Beeng = indicator15 AND indicator16 and indicator17 and indicator18 AND indicator19 and engulfing   // Dark Cloud Cover indicator20 = open > High [1] indicator21 = low > low [1] indicator22 = close [1] > open[1] indicator23 = close < (close[1]-open[1])*0.5+open[1]   // Dark Cloud Cover Dcc = indicator20 AND indicator21 and indicator22 and indicator23   // doubleinside indicator24 = high < High[2] indicator25 = high[1] < high[12] indicator26 = low > high[2] indicator27 = low[1] > low [2]   // doubleinside doins  = indicator24 AND indicator25 and indicator26 and indicator27   // Evening Star Pattern Screener indicator28 = close < open indicator29 = close[2] > open[2] indicator30 = open < min(open[1],close[1]) indicator31 = close[2] < min(open[1],close[1])   // Condizione finale per identificare il pattern Evening Star Evst = indicator28 AND indicator29 and indicator30 and indicator31   // Morning Star Pattern Screener indicator32 = close > open indicator33 = close[2] < open[2] indicator34 = open > max(open[1],close[1]) indicator35 = close[2] > max(open[1],close[1])   // Condizione finale per identificare il pattern Morning Star Most = indicator32 aND indicator33 and indicator34 and indicator35   // piercing line indicator36 = open < Low [1] indicator37 = high < high [1] indicator38 = close [1] < open[1] indicator39 = close > (open[1]-close[1])*0.5+close[1]   // piercingline Pili = indicator36 AND indicator37 and indicator38 and indicator39   // shooting star indicator40 = highest[10] indicator41 = close < (low + ((high - low)/3)) indicator42 = open < (low+((high-low)/3)) indicator43 = Volume > Average[5](Volume) indicator44 = abs(close - open)<((high<low)/3) //shootingstar shst  = indicator40 AND indicator41 and indicator42 and indicator43 AND indicator44   // oooops indicator45 = open < low[1]   ooops = indicator45   // threeDRUP indicator46 = close > 0 indicator47 = close[1]< open[1] indicator48 = close[2] < open[2] indicator49 = close[3] < open[3]   // Condizione finale per identificare il pattern 3DR tDRup = indicator46 AND indicator47 and indicator48 and indicator49   // threeDRDW indicator50 = close < 0 indicator51 = close[1]> open[1] indicator52 = close[2] > open[2] indicator53 = close[3] > open[3]   // Condizione finale per identificare il pattern 3DR tDRdw = indicator50 AND indicator51 and indicator52 and indicator53   // Bullish Hikkake indicator54 = high < high[1] indicator55 = high[1] < high[2] indicator56 = low < low[1] indicator57 = low[1] > low[2]   //BullishHikkake BuHi = indicator54 AND indicator55 and indicator56 and indicator57   // Bearish Hikkake indicator58 = high > high[1] indicator59 = high[1] < high[2] indicator60 = low > low[1] indicator61 = low[1] > low[2]   //BearishHikkake BeHi = indicator58 AND indicator59 and indicator60 and indicator61   // down5c indicator62 = close < close[1] indicator63 = close[1] < close[2] indicator64 = close[2] < close[3] indicator65 = close[3] < close[4]     // Condizione finale per identificare il pattern down5c down5c = indicator62 AND indicator63 and indicator64 and indicator65     //InsideNR7 MinPreviousRange = MIN(MIN(MIN(MIN(MIN((High[1] - Low[1]), (High[2] - Low[2])), (High[3] - Low[3])), (High[4] - Low[4])), (High[5] - Low[5])), (High[6] - Low[6]))   // Definisce la differenza tra il massimo e il minimo della sessione corrente CurrentRange = High - Low   // Verifica se la differenza corrente è minore della minima differenza trovata nelle sei sessioni precedenti InNR7 = CurrentRange < MinPreviousRange   // ThreeBlackCrows Pattern Screener indicator66 = close < open indicator67 = close[1] < open[1] indicator68 = close[2] < open[2] indicator69 = high < high[1] indicator70 = high[1] < high[2] indicator71 = low < low[1] indicator72 =low[1] < low[2]   // Condizione finale per identificare il pattern ThreeBlackCrows TBC = indicator66 AND indicator67 and indicator68 and indicator69 AND indicator70 and indicator71 and indicator72   // Three White Soldiers Pattern Screener indicator73 = close > open indicator74 = close[1] > open[1] indicator75 = close[2] > open[2] indicator76 = high > high[1] indicator77 = high[1] > high[2] indicator78 = low > low[1] indicator79 =low[1] > low[2]   // Condizione finale per identificare il pattern Three White Soldiers TWS = indicator73 AND indicator74 and indicator75 and indicator76 AND indicator77 and indicator78 and indicator79 Segnale  = 0 IF hammer THEN Segnale = 1 ELSIF boomer THEN Segnale = 2 ELSIF Bueng THEN Segnale = 3 ELSIF Beeng THEN Segnale = 4 elsIF Dcc THEN Segnale = 5 ELSIF doins THEN Segnale = 6 ELSIF Evst THEN Segnale = 7 ELSIF Most THEN Segnale = 8 elsIF Pili THEN Segnale = 9 ELSIF shst THEN Segnale = 10 ELSIF ooops THEN Segnale = 11 ELSIF tDRup THEN Segnale = 12 elsIF tDRdw THEN Segnale = 13 ELSIF BuHi THEN Segnale = 14 ELSIF BeHi THEN Segnale = 15 ELSIF down5c THEN Segnale = 16 elsIF InNR7 THEN Segnale = 17 ELSIF TBC THEN Segnale = 18 ELSIF TWS THEN Segnale = 19 ENDIF   SCREENER[Segnale](Segnale AS "1=hammer,2=boomer,3=Bueng,4=Beeng,5=Dcc,6=doins,7=Evst,8=Most,9=Pili,10=shst,11=ooops,12=tDRup,13=tDRdw,14=BuHi,15=BeHi,16=down5c,17=InNR7,2=DN,18=TBC,19=TWS")

  

  Iván

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  02/07/2024 at 3:34 PM #227578
  massininja

  Ciao, grazie mille a entrambi! Eventualmente, se volessi che nel mio screen tutti gli strumenti che non soddisfano i pattern di prezzo non venissero eliminati ma evidenziati con un ulteriore numero (sarebbe perfetto uno 0), come potrei fare?

  

  massininja

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  02/07/2024 at 4:27 PM #227588
  jacquesgermain

  Per esempio

  SCREENER[Segnale=0](Segnale AS”0=nofigur”)

  

  jacquesgermain

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