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")

  1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243

  //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

  Been thanked: 0 times
  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: 94

  Been thanked: 33 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")

  1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244

  //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

  Moderator

  Topics: 0

  Replies: 306

  Been thanked: 84 times
  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

  Participant

  Topics: 4

  Replies: 11

  Been thanked: 0 times
  02/07/2024 at 4:27 PM #227588
  jacquesgermain

  Per esempio

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

  

  jacquesgermain

  Participant

  Topics: 3

  Replies: 94

  Been thanked: 33 times
• Author
  Posts