Corriger un code ProBuilder

Majez · Sun, 06 Oct 2024 18:30:07 +0000

Bonjour à tous, Mon code ProBuilder ne fonctionne pas. Je ne trouve pas les erreurs. Je vous serais reconnaissant de bien vouloir corriger les fautes ou de m’indiquer comment le faire fonctionner. Merci par avance, Majez Voici le code : // Initialisation des variables DEFPARAM CalculateOnLastBarOnly = False //—————————————————————————– // Paramètres //—————————————————————————– options = “Options” sp1 = ” ” sp2 = ” ” hl = “High / Low” + sp1 ny_ = “New York” + sp1 lo_ = “London Open” lc_ = “London Close” as_ = “Asian” //—————————————————————————– // Réglages utilisateur //—————————————————————————– i_mode = ParamStr(“Mode”, “Present”, “Present|Historical”) // Structure de marché : Détection du Market Structure Shift showMS = Param(“Afficher Market Structure”, 1) // booléen len = Param(“Longueur”, 5, 3, 10) // longueur entre 3 et 10 iMSS = Param(“Afficher MSS”, 1) // booléen cMSSbl = RGB(0, 230, 161) // Couleur MSS haussier (bullish) cMSSbr = RGB(230, 4, 0) // Couleur MSS baissier (bearish) iBOS = Param(“Afficher BOS”, 1) // booléen cBOSbl = RGB(0, 230, 161) // Couleur BOS haussier (bullish) cBOSbr = RGB(230, 4, 0) // Couleur BOS baissier (bearish) //—————————————————————————– // Code pour détecter la structure du marché //—————————————————————————– // Exemple simple pour les Market Structure Shift (MSS) ou Break of Structure (BOS) if showMS then // Détection du MSS ou BOS en fonction des conditions if (ConditionPourMSS()) then // Affichage du MSS haussier ou baissier selon la logique IF iMSS THEN IF ConditionHaussiere THEN DRAWTEXT(“MSS Bullish”, BarIndex, High, cMSSbl) ELSE DRAWTEXT(“MSS Bearish”, BarIndex, Low, cMSSbr) ENDIF ENDIF // Affichage du BOS si activé IF iBOS THEN IF ConditionHaussiere THEN DRAWTEXT(“BOS Bullish”, BarIndex, High, cBOSbl) ELSE DRAWTEXT(“BOS Bearish”, BarIndex, Low, cBOSbr) ENDIF ENDIF ENDIF ENDIF // Paramètres utilisateur sDispl = Param(“Afficher Displacement”, False) // booléen pour l’affichage du Displacement perc_Body = 0.36 // Pourcentage du corps de la bougie bxBack = 10 // Paramètre pour le Lookback de l’OB // Volume Imbalance (VI) sVimbl = Param(“Afficher Volume Imbalance”, True) // Affichage de l’Imbalance visVim = Param(“Nombre Visible VI”, 2, 2, 100) // Nombre de Volume Imbalance visibles cVimbl = RGB(6, 178, 208) // Couleur pour Volume Imbalance // Order Blocks (OB) showOB = Param(“Afficher Order Blocks”, True) // Affichage des Order Blocks length = Param(“Swing Lookback”, 10, 3, 100) // Période de lookback pour les Swing High/Low showBull = Param(“Afficher dernier Bullish OB”, 1, 0, 1) // Afficher le dernier OB haussier showBear = Param(“Afficher dernier Bearish OB”, 1, 0, 1) // Afficher le dernier OB baissier useBody = Param(“Utiliser le corps des bougies”, True) // Utilisation du corps de la bougie // Style des Order Blocks bullCss = RGB(62, 137, 250) // Couleur pour Bullish OB bullBrkCss = RGB(71, 133, 249) // Couleur pour Bullish Break bearCss = RGB(255, 49, 49) // Couleur pour Bearish OB bearBrkCss = RGB(249, 255, 87) // Couleur pour Bearish Break // Historique des changements de polarité showLabels = Param(“Afficher changements de polarité historiques”, False) // booléen pour l’affichage des changements historiques //—————————————————————————– // Logique pour l’affichage des Order Blocks, Displacement et Volume Imbalance //—————————————————————————– IF sDispl THEN // Logique pour gérer le Displacement // Implémenter la logique du displacement ici ENDIF IF sVimbl THEN // Logique pour afficher le Volume Imbalance FOR i = 0 TO visVim DO // Calcul et affichage des Imbalances selon la logique définie // Exemple : DRAWTEXT(“Volume Imbalance”, BarIndex-i, High-i, cVimbl) NEXT ENDIF IF showOB THEN // Logique pour les Order Blocks (OB) IF showBull THEN // Détection et affichage du dernier Bullish OB // Exemple : DRAWTEXT(“Bullish OB”, BarIndex, High, bullCss) ENDIF IF showBear THEN // Détection et affichage du dernier Bearish OB // Exemple : DRAWTEXT(“Bearish OB”, BarIndex, Low, bearCss) ENDIF IF showLabels THEN // Affichage des changements historiques de polarité // Exemple : DRAWTEXT(“Polarity Change”, BarIndex, High, RGB(255,255,255)) ENDIF ENDIF // Paramètres utilisateur pour la Liquidité showLq = Param(“Afficher Liquidité”, True) // Afficher la liquidité a = 10 / ParamFloat(“Marge”, 4, 2, 7, 0.1) // Paramètre pour la marge visLiq = Param(“Nombre de boîtes de Liquidité visibles”, 2, 1, 50) // Nombre de boîtes de liquidité visibles cLIQ_B = RGB(250, 69, 28) // Couleur pour la Buy-side Liquidity cLIQ_S = RGB(28, 228, 250) // Couleur pour la Sell-side Liquidity // Paramètres utilisateur pour les Fair Value Gaps (FVG) shwFVG = Param(“Afficher FVG”, True) // Affichage des FVG i_BPR = Param(“Afficher Balance Price Range”, False) // Affichage du Balance Price Range (BPR) i_FVG = ParamStr(“FVG Type”, “FVG”, “FVG|IFVG”) // Choix entre FVG et IFVG visBxs = Param(“Nombre de FVG visibles”, 2, 1, 20) // Nombre de FVG visibles // Styles pour les FVG cFVGbl = RGB(0, 230, 118) // Couleur pour Bullish FVG cFVGblBR = RGB(128, 128, 0) // Couleur pour Bullish Break cFVGbr = RGB(255, 82, 82) // Couleur pour Bearish FVG cFVGbrBR = RGB(255, 0, 0) // Couleur pour Bearish Break // Paramètres utilisateur pour NWOG/NDOG iNWOG = Param(“Afficher NWOG”, True) // Affichage des NWOG cNWOG1 = RGB(255, 82, 82) // Couleur principale pour NWOG cNWOG2 = RGB(178, 181, 190) // Couleur secondaire pour NWOG maxNWOG = Param(“Nombre max de NWOG affichés”, 3, 0, 50) // Nombre maximal de NWOG visibles iNDOG = Param(“Afficher NDOG”, False) // Affichage des NDOG cNDOG1 = RGB(255, 152, 0) // Couleur principale pour NDOG cNDOG2 = RGB(77, 208, 225) // Couleur secondaire pour NDOG maxNDOG = Param(“Nombre max de NDOG affichés”, 1, 0, 50) // Nombre maximal de NDOG visibles //—————————————————————————– // Logique d’affichage de la Liquidité, FVG, NWOG/NDOG //—————————————————————————– // Liquidité IF showLq THEN // Logique pour afficher les boîtes de liquidité (buy-side et sell-side) FOR i = 0 TO visLiq DO // Calcul et affichage des boîtes de liquidité // Exemple : DRAWTEXT(“Buy-side Liquidity”, BarIndex-i, High-i, cLIQ_B) // Exemple : DRAWTEXT(“Sell-side Liquidity”, BarIndex-i, Low-i, cLIQ_S) NEXT ENDIF // FVG IF shwFVG THEN FOR i = 0 TO visBxs DO // Logique pour afficher les Fair Value Gaps (FVG) IF i_FVG == “FVG” THEN // Affichage des Bullish et Bearish FVG IF ConditionBullishFVG THEN DRAWTEXT(“Bullish FVG”, BarIndex-i, High-i, cFVGbl) ELSEIF ConditionBearishFVG THEN DRAWTEXT(“Bearish FVG”, BarIndex-i, Low-i, cFVGbr) ENDIF ELSE // Logique pour les IFVG (Implied Fair Value Gaps) ENDIF NEXT ENDIF // NWOG/NDOG IF iNWOG THEN FOR i = 0 TO maxNWOG DO // Affichage des NWOG DRAWTEXT(“NWOG”, BarIndex-i, High-i, cNWOG1) NEXT ENDIF IF iNDOG THEN FOR i = 0 TO maxNDOG DO // Affichage des NDOG DRAWTEXT(“NDOG”, BarIndex-i, Low-i, cNDOG1) NEXT ENDIF // Paramètres pour Fibonacci iFib = ParamStr(“Fibonacci entre les derniers :”, “NONE”, “FVG|BPR|OB|Liq|VI|NWOG|NONE”) // Type de Fibonacci iExt = Param(“Étendre les lignes”, False) // Étendre les lignes de Fibonacci // Paramètres pour les Killzones showKZ = Param(“Afficher Killzones”, False) // Afficher les Killzones // Paramètres pour New York showNy = Param(“Afficher New York”, True) AND showKZ // Afficher New York si les Killzones sont activées nyCss = RGB(255, 93, 0, 93) // Couleur pour la Killzone New York // Paramètres pour London Open showLdno = Param(“Afficher London Open”, True) AND showKZ // Afficher London Open si les Killzones sont activées ldnoCss = RGB(0, 188, 212, 93) // Couleur pour la Killzone London Open // Paramètres pour London Close showLdnc = Param(“Afficher London Close”, True) AND showKZ // Afficher London Close si les Killzones sont activées ldncCss = RGB(33, 87, 243, 93) // Couleur pour la Killzone London Close // Paramètres pour l’Asie showAsia = Param(“Afficher Asian Session”, True) AND showKZ // Afficher Asian Session si les Killzones sont activées asiaCss = RGB(233, 30, 99, 93) // Couleur pour la Killzone Asie //—————————————————————————– // Calculs Généraux //—————————————————————————– n = BarIndex hi = High lo = Low tf_msec = TimeFrame * 1000 maxSize = 50 atr = AverageTrueRange[10] per = (i_mode == “Present”) ? (LastBarIndex – BarIndex <= 500) : True perB = (LastBarIndex – BarIndex <= 1000) xloc = (iFib == “OB”) ? BarIndex : BarIndex ext = (iExt) ? ExtendRight : ExtendNone plus = (iFib == “OB”) ? tf_msec * 50 : 50 mx = Max(Close, Open) mn = Min(Close, Open) body = Abs(Close – Open) meanBody = Average[Len](body) max = (useBody) ? mx : High min = (useBody) ? mn : Low blBrkConf = 0 brBrkConf = 0 isDark = (GetRed(BackgroundColor) < 80 AND GetGreen(BackgroundColor) < 80 AND GetBlue(BackgroundColor) < 80) //—————————————————————————– // Types Définis par l’Utilisateur //—————————————————————————– TYPE ZZ IntArray d IntArray x FloatArray y BoolArray b TYPE ln_d Line l Int d TYPE _2ln_lb Line l1 Line l2 Label lb TYPE bx_ln Box b Line l TYPE bx_ln_lb Box bx Line ln Label lb TYPE mss Int dir LineArray l_mssBl LineArray l_mssBr LineArray l_bosBl LineArray l_bosBr LabelArray lbMssBl LabelArray lbMssBr LabelArray lbBosBl LabelArray lbBosBr TYPE liq Box bx Bool broken Bool brokenTop Bool brokenBtm Line ln TYPE ob Float top = NA Float btm = NA Int loc = BarIndex Bool breaker = False Int break_loc = NA TYPE swing Float y = NA Int x = NA Bool crossed = False TYPE FVG Box box Bool active Int pos // Création d’une instance de mss VAR mss MSS = mss.new( 0, Array.NewLineArray(), Array.NewLineArray(), Array.NewLineArray(), Array.NewLineArray(), Array.NewLabelArray(), Array.NewLabelArray(), Array.NewLabelArray(), Array.NewLabelArray() ) //—————————————————————————– // Variables //—————————————————————————– DEFparam “MaxBarsBack” = 1000 // Variables pour les jours once friClosePrice = Undefined once friCloseIndex = Undefined once monOpenPrice = Undefined once monOpenIndex = Undefined // Variables pour les jours précédents et actuels once prevDayClosePrice = Undefined once prevDayCloseIndex = Undefined once currDayOpenPrice = Undefined once currDayOpenIndex = Undefined // Autres initialisations de variables vimbalArray = [] liqBullArray = [] liqBearArray = [] bullishOBArray = [] bearishOBArray = [] fvgUpArray = [] fvgDnArray = [] bprUpArray = [] bprDnArray = [] ZZArray = [] //—————————————————————————– // Fonctions //—————————————————————————– Function inOutZZ(int d, int x1, float y1, int x2, float y2, int color, bool condition) Begin // Ajouter la logique pour le calcul des zigzags End Function timeInRange(res, sess) Begin // Vérifier si le temps est dans la plage spécifiée Return (Not IsNullValue(Timeframe)); End Function setLine(lineId, x1, y1, x2, y2) Begin DrawLine(x1, y1, x2, y2, lineId); End Function clearLines(lineArray) Begin For Each line In lineArray DeleteLine(line); Next End Function notransp(color) Begin Return RGB(ColorRed(color), ColorGreen(color), ColorBlue(color)); End //—————————————————————————– // Swing Calculations //—————————————————————————– Function calculateSwing(len) Begin topSwing = Highest[len](High) bottomSwing = Lowest[len](Low) If (High[len] > topSwing) Then topSwingDetected = True; Else If (Low[len] < bottomSwing) Then bottomSwingDetected = True; EndIf End //—————————————————————————– // Dessin des OB et zones de liquidité //—————————————————————————– Function drawLiquidity(left, color) Begin maxBarsBack(1000) x2 = BarIndex – 1 pivotHigh = Highest[Left](High) pivotLow = Lowest[Left](Low) // Logique pour dessiner les boîtes de liquidité acheteuse/vendeuse If (ShowLiquidity And pivotHigh) Then // Calcul et dessin des liquidités EndIf If (pivotLow) Then // Calcul et dessin des liquidités EndIf End // Déclaration des variables def i_mode = “Present”; def showMS = 1; // Affichage du Market Structure Shift def iBOS = 1; // Déclaration de la Break Of Structure (BOS) def n = barindex; // Utilisation de l’index des barres pour identifier les niveaux // Market Structure Shift (MSS) if (showMS) then iH = iff(aZZ[2] == 1, 2, 1); iL = iff(aZZ[2] == -1, 2, 1); // MSS haussier if (close > aZZ[iH] and aZZ[iH] == 1 and MSSdir < 1) then MSSdir = 1; if (i_mode == “Present”) then MSSL_mssBl = 0; MSSL_mssBr = 0; // Ajout des lignes pour MSS haussier drawline(n, aZZ[iH], n + 10, aZZ[iH], color = color.blue); drawtext(“MSS”, n, aZZ[iH], color = color.blue); endif; endif; // MSS baissier if (close < aZZ[iL] and aZZ[iL] == -1 and MSSdir > -1) then MSSdir = -1; if (i_mode == “Present”) then MSSL_mssBl = 0; MSSL_mssBr = 0; // Ajout des lignes pour MSS baissier drawline(n, aZZ[iL], n + 10, aZZ[iL], color = color.red); drawtext(“MSS”, n, aZZ[iL], color = color.red); endif; endif; // BOS haussier if (MSSdir == 1 and close > aZZ[iH] and iBOS) then drawline(n, aZZ[iH], n + 10, aZZ[iH], color = color.green); endif; // BOS baissier if (MSSdir == -1 and close < aZZ[iL] and iBOS) then drawline(n, aZZ[iL], n + 10, aZZ[iL], color = color.red); endif; endif; // Gestion des Killzones def ny = time(“0700”, “0900”) and showNy; def ldn_open = time(“0700”, “1000”) and showLdnOpen; def ldn_close = time(“1500”, “1700”) and showLdnClose; def asian = time(“1000”, “1400”) and showAsian; // Pivots def ph = highest(3, 1); def pl = lowest(3, 1); // Bougies def L_body = high – max < body * perc_Body and min – low < body * perc_Body; def L_bodyUP = body > meanBody and L_body and close > open; def L_bodyDN = body > meanBody and L_body and close < open; // Détection d’un déséquilibre def imbalanceUP = L_bodyUP[1] and (i_FVG == “FVG” ? low > high[2] : low < high[2]); def imbalanceDN = L_bodyDN[1] and (i_FVG == “FVG” ? high < low[2] : high > low[2]); // Détection du déséquilibre de volume def vImb_Bl = open > close[1] and high[1] > low and close > close[1] and open > open[1] and high[1] < min; def vImb_Br = open < close[1] and low[1] < high and close < close[1] and open < open[1] and low[1] > max; if (vImb_Bl) then drawline(n – 1, max[1], n + 3, max[1], color = color.blue); drawtext(“VI”, n + 3, avg(max[1], min), color = color.blue); endif; if (vImb_Br) then drawline(n – 1, min[1], n + 3, min[1], color = color.red); drawtext(“VI”, n + 3, avg(min[1], max), color = color.red); endif; // Balance Price Range (overlap of 2 latest FVG bull/bear) if i_BPR and bFVG_UP.size() > 0 and bFVG_DN.size() > 0 then bxUP = bFVG_UP.get(0) bxDN = bFVG_DN.get(0) bxUPbtm = bxUP.box.get_bottom() bxDNbtm = bxDN.box.get_bottom() bxUPtop = bxUP.box.get_top() bxDNtop = bxDN.box.get_top() left = min(bxUP.box.get_left(), bxDN.box.get_left()) right = max(bxUP.box.get_right(), bxDN.box.get_right()) // Check if boxes overlap if bxUPbtm < bxDNtop and bxDNbtm < bxUPbtm then if left == bBPR_UP.get(0).box.get_left() then if bBPR_UP.get(0).active then bBPR_UP.get(0).box.set_right(right) else bBPR_UP.unshift(FVG.new( box.new(left, bxDNtop, right, bxUPbtm, bgcolor = i_BPR ? color.new(cFVGbl, 90) : color(na), border_color = i_BPR ? color.new(cFVGbl, 65) : color(na), text_color = i_BPR ? color.new(cFVGbl, 65) : color(na), text_size = size.small, text = ‘BPR’ ), true, close > bxUPbtm ? 1 : close < bxDNtop ? -1 : 0 )) bBPR_UP.pop().box.delete() // Check for opposite box if bxDNbtm < bxUPtop and bxUPbtm < bxDNbtm then if left == bBPR_DN.get(0).box.get_left() then if bBPR_DN.get(0).active then bBPR_DN.get(0).box.set_right(right) else bBPR_DN.unshift(FVG.new( box.new(left, bxUPtop, right, bxDNbtm, bgcolor = i_BPR ? color.new(cFVGbr, 90) : color(na), border_color = i_BPR ? color.new(cFVGbr, 65) : color(na), text_color = i_BPR ? color.new(cFVGbr, 65) : color(na), text_size = size.small, text = ‘BPR’ ), true, close > bxDNbtm ? 1 : close < bxUPtop ? -1 : 0 )) bBPR_DN.pop().box.delete() end if end if end if // FVG’s breaks for i = 0 to min(bxBack, bFVG_UP.size() – 1) do getUPi = bFVG_UP.get(i) if getUPi.active then getUPi.box.set_right(bar_index + 8) if low < getUPi.box.get_top() and not i_BPR then getUPi.box.set_border_style(line.style_dashed) if low < getUPi.box.get_bottom() then if not i_BPR then getUPi.box.set_bgcolor(color.new(cFVGblBR, 95)) getUPi.box.set_border_style(line.style_dotted) getUPi.box.set_right(bar_index) getUPi.active := false end if end if end for for i = 0 to min(bxBack, bFVG_DN.size() – 1) do getDNi = bFVG_DN.get(i) if getDNi.active then getDNi.box.set_right(bar_index + 8) if high > getDNi.box.get_bottom() and not i_BPR then getDNi.box.set_border_style(line.style_dashed) if high > getDNi.box.get_top() then if not i_BPR then getDNi.box.set_bgcolor(color.new(cFVGbrBR, 95)) getDNi.box.set_border_style(line.style.dotted) getDNi.box.set_right(bar_index) getDNi.active := false end if end if end for if i_BPR then for i = 0 to min(bxBack, bBPR_UP.size() – 1) do getUPi = bBPR_UP.get(i) if getUPi.active then getUPi.box.set_right(bar_index + 8) switch getUPi.pos case -1: if high > getUPi.box.get_bottom() then getUPi.box.set_border_style(line.style_dashed) if high > getUPi.box.get_top() then getUPi.box.set_bgcolor(color.new(cFVGblBR, 95)) getUPi.box.set_border_style(line.style.dotted) getUPi.box.set_right(bar_index) getUPi.active := false case 1: if low < getUPi.box.get_top() then getUPi.box.set_border_style(line.style_dashed) if low < getUPi.box.get_bottom() then getUPi.box.set_bgcolor(color.new(cFVGblBR, 95)) getUPi.box.set_border_style(line.style.dotted) getUPi.box.set_right(bar_index) getUPi.active := false end switch end if end for for i = 0 to min(bxBack, bBPR_DN.size() – 1) do getDNi = bBPR_DN.get(i) if getDNi.active then getDNi.box.set_right(bar_index + 8) switch getDNi.pos case -1: if high > getDNi.box.get_bottom() then getDNi.box.set_border_style(line.style_dashed) if high > getDNi.box.get_top() then getDNi.box.set_bgcolor(color.new(cFVGbrBR, 95)) getDNi.box.set_border_style(line.style.dotted) getDNi.box.set_right(bar_index) getDNi.active := false case 1: if low < getDNi.box.get_top() then getDNi.box.set_border_style(line.style_dashed) if low < getDNi.box.get_bottom() then getDNi.box.set_bgcolor(color.new(cFVGbrBR, 95)) getDNi.box.set_border_style(line.style.dotted) getDNi.box.set_right(bar_index) getDNi.active := false end switch end if end for end if // NWOG/NDOG if barstate.isfirst then for i = 0 to maxNWOG – 1 do bl_NWOG.unshift(bx_ln.new(box(na), line(na))) end for for i = 0 to maxNDOG – 1 do bl_NDOG.unshift(bx_ln.new(box(na), line(na))) end for end if if dayofweek == dayofweek.friday then friCp := close friCi := n end if if ta.change(dayofweek) then if dayofweek == dayofweek.monday and iNWOG then monOp := open monOi := n bl_NWOG.unshift(bx_ln.new( box.new( friCi, math.max(friCp, monOp), monOi, math.min(friCp, monOp), bgcolor = color(na), border_color = cNWOG2, extend = extend.right ), line.new( monOi, math.avg(friCp, monOp), monOi + 1, math.avg(friCp, monOp), color = cNWOG1, style = line.style_dotted, extend = extend.right ) )) bl = bl_NWOG.pop() bl.b.delete() bl.l.delete() end if if iNDOG then cuDOp := open cuDOi := n prDCp := close[1] prDCi := n – 1 // bl_NDOG.unshift(bx_ln.new( box.new( prDCi, math.max(prDCp, cuDOp), cuDOi, math.min(prDCp, cuDOp), bgcolor = color(na), border_color = cNDOG2, extend = extend.right ), line.new( cuDOi, math.avg(prDCp, cuDOp), cuDOi + 1, math.avg(prDCp, cuDOp), color = cNDOG1, style = line.style_dotted, extend = extend.right ) )) bl = bl_NDOG.pop() bl.b.delete() bl.l.delete() end if end if // Liquidity for i = 0 to b_liq_B.size() – 1 do x = b_liq_B.get(i) if not x.broken then x.bx.set_right(n + 3) x.ln.set_x2(n + 3) if not x.brokenTop then if close > x.bx.get_top() then x.brokenTop := true end if end if if not x.brokenBtm then if close > x.bx.get_bottom() then x.brokenBtm := true end if end if if x.brokenBtm then x.bx.set_bgcolor(color.new(cLIQ_B, 90)) x.ln.delete() if x.brokenTop then x.broken := true x.bx.set_right(n) end if end if end if end for for i = 0 to b_liq_S.size() – 1 do x = b_liq_S.get(i) if not x.broken then x.bx.set_right(n + 3) x.ln.set_x2(n + 3) if not x.brokenTop then if close < x.bx.get_top() then x.brokenTop := true end if end if if not x.brokenBtm then if close < x.bx.get_bottom() then x.brokenBtm := true end if end if if x.brokenTop then x.bx.set_bgcolor(color.new(cLIQ_S, 90)) x.ln.delete() if x.brokenBtm then x.broken := true x.bx.set_right(n) end if end if end if end for // Order Blocks [top, btm] = swings(length) if showOB and per then // Bullish Order Block if close > top.y and not top.crossed then top.crossed := true minima = max[1] maxima = min[1] loc = time[1] for i = 1 to (n – top.x) – 1 do minima := math.min(min[i], minima) maxima := minima == min[i] ? max[i] : maxima loc := minima == min[i] ? time[i] : loc end for bullish_ob.unshift(ob.new(maxima, minima, loc)) end if if bullish_ob.size() > 0 then for i = bullish_ob.size() – 1 to 0 do element = bullish_ob.get(i) if not element.breaker then if math.min(close, open) < element.btm then element.breaker := true element.break_loc := time end if else if close > element.top then bullish_ob.remove(i) else if i < showBull and top.y < element.top and top.y > element.btm then blBrkConf := 1 end if end if end for end if // Set label if blBrkConf > blBrkConf[1] and showLabels then label.new(top.x, top.y, ‘▼’, color = na, textcolor = bearCss.notransp(), style = label.style_label_down, size = size.tiny) end if end if if showOB and per then // Bearish Order Block if close < btm.y and not btm.crossed then btm.crossed := true minima = min[1] maxima = max[1] loc = time[1] for i = 1 to (n – btm.x) – 1 do maxima := math.max(max[i], maxima) minima := maxima == max[i] ? min[i] : minima loc := maxima == max[i] ? time[i] : loc end for bearish_ob.unshift(ob.new(maxima, minima, loc)) end if if bearish_ob.size() > 0 then for i = bearish_ob.size() – 1 to 0 do element = bearish_ob.get(i) if not element.breaker then if math.max(close, open) > element.top then element.breaker := true element.break_loc := time end if else if close < element.btm then bearish_ob.remove(i) else if i < showBear and btm.y > element.btm and btm.y < element.top then brBrkConf := 1 end if end if end for end if // Set label if brBrkConf > brBrkConf[1] and showLabels then label.new(btm.x, btm.y, ‘▲’, color = na, textcolor = bullCss.notransp(), style = label.style_label_up, size = size.tiny) end if end if //—————————————————————————– // Set Order Blocks //—————————————————————————– if barstate.islast and showOB then if a_bx_ln_lb.size() > 0 then for i = a_bx_ln_lb.size() – 1 to 0 do item = a_bx_ln_lb.remove(i) item.bx.delete() item.ln.delete() item.lb.delete() end for end if // Bullish if showBull > 0 then blSz = bullish_ob.size() if blSz > 0 then for i = 0 to math.min(showBull, bullish_ob.size()) – 1 do get_ob = bullish_ob.get(i) get_ob.display(bullCss, bullBrkCss, ‘bl’) end for end if end if // Bearish if showBear > 0 then brSz = bearish_ob.size() if brSz > 0 then for i = 0 to math.min(showBear, bearish_ob.size()) – 1 do get_ob = bearish_ob.get(i) get_ob.display(bearCss, bearBrkCss, ‘br’) end for end if end if end if //—————————————————————————– // Fibonacci //—————————————————————————– if barstate.islast then x1 = 0 y1 = 0 x2 = 0 y2 = 0 box up = na box dn = na switch iFib ‘FVG’ => if bFVG_UP.size() > 0 and bFVG_DN.size() > 0 then up := bFVG_UP.get(0).box dn := bFVG_DN.get(0).box dnFirst = up.get_left() > dn.get_left() dnBottm = up.get_top() > dn.get_top() x1 := dnFirst ? dn.get_left() : up.get_left() x2 := dnFirst ? up.get_right() : dn.get_right() y1 := dnFirst ? dnBottm ? dn.get_bottom() : dn.get_top() : dnBottm ? up.get_top() : up.get_bottom() y2 := dnFirst ? dnBottm ? up.get_top() : up.get_bottom() : dnBottm ? dn.get_bottom() : dn.get_top() end if ‘BPR’ => if bBPR_UP.size() > 0 and bBPR_DN.size() > 0 then up := bBPR_UP.get(0).box dn := bBPR_DN.get(0).box dnFirst = up.get_left() > dn.get_left() dnBottm = up.get_top() > dn.get_top() x1 := dnFirst ? dn.get_left() : up.get_left() x2 := dnFirst ? up.get_right() : dn.get_right() y1 := dnFirst ? dnBottm ? dn.get_bottom() : dn.get_top() : dnBottm ? up.get_top() : up.get_bottom() y2 := dnFirst ? dnBottm ? up.get_top() : up.get_bottom() : dnBottm ? dn.get_bottom() : dn.get_top() end if ‘OB’ => oSz = a_bx_ln_lb.size() if oSz > 1 then xA = nz( a_bx_ln_lb.get(oSz – 1).ln.get_x1(), a_bx_ln_lb.get(oSz – 1).bx.get_left() ) xB = nz( a_bx_ln_lb.get(oSz – 2).ln.get_x1(), a_bx_ln_lb.get(oSz – 2).bx.get_left() ) AFirst = xB > xA // yAT = nz( a_bx_ln_lb.get(oSz – 1).ln.get_y1(), a_bx_ln_lb.get(oSz – 1).bx.get_top() ) yAB = nz( a_bx_ln_lb.get(oSz – 1).ln.get_y1(), a_bx_ln_lb.get(oSz – 1).bx.get_bottom() ) yBT = nz( a_bx_ln_lb.get(oSz – 2).ln.get_y1(), a_bx_ln_lb.get(oSz – 2).bx.get_top() ) yBB = nz( a_bx_ln_lb.get(oSz – 2).ln.get_y1(), a_bx_ln_lb.get(oSz – 2).bx.get_bottom() ) ABottom = yAB < yBB // x1 := AFirst ? xA : xB x2 := AFirst ? xB : xA y1 := AFirst ? ABottom ? yAB : yAT : ABottom ? yBT : yBB y2 := AFirst ? ABottom ? yBT : yBB : ABottom ? yAB : yAT end if ‘Liq’ => if b_liq_B.size() > 0 and b_liq_S.size() > 0 then xA = nz( b_liq_B.get(0).ln.get_x1(), b_liq_B.get(0).bx.get_left() ) xB = nz( b_liq_S.get(0).ln.get_x1(), b_liq_S.get(0).bx.get_left() ) AFirst = xB > xA // yAT = nz( b_liq_B.get(0).ln.get_y1(), b_liq_B.get(0).bx.get_top() ) yAB = nz( b_liq_B.get(0).ln.get_y1(), b_liq_B.get(0).bx.get_bottom() ) yBT = nz( b_liq_S.get(0).ln.get_y1(), b_liq_S.get(0).bx.get_top() ) yBB = nz( b_liq_S.get(0).ln.get_y1(), b_liq_S.get(0).bx.get_bottom() ) ABottom = yAB < yBB // x1 := AFirst ? xA : xB x2 := AFirst ? xB : xA y1 := AFirst ? ABottom ? yAB : yAT : ABottom ? yBT : yBB y2 := AFirst ? ABottom ? yBT : yBB : ABottom ? yAB : yAT end if ‘VI’ => if Vimbal.size() > 1 then AxA = Vimbal.get(1).l2.get_x1() AxB = Vimbal.get(1).l1.get_x1() BxA = Vimbal.get(0).l2.get_x1() BxB = Vimbal.get(0).l1.get_x1() AyA = Vimbal.get(1).l2.get_y1() AyB = Vimbal.get(1).l1.get_y1() ByA = Vimbal.get(0).l2.get_y1() ByB = Vimbal.get(0).l1.get_y1() ABt = math.min(ByA, ByB) > math.min(AyA, AyB) x1 := math.max(AxA, AxB) x2 := math.max(BxA, BxB) y1 := ABt ? math.min(AyA, AyB) : math.max(AyA, AyB) y2 := ABt ? math.max(ByA, ByB) : math.min(ByA, ByB) end if ‘NWOG’ => if bl_NWOG.size() > 1 then up := bl_NWOG.get(0).b dn := bl_NWOG.get(1).b dnFirst = up.get_left() > dn.get_left() dnBottm = up.get_top() > dn.get_top() x1 := dnFirst ? dn.get_left() : up.get_left() x2 := dnFirst ? up.get_right() : dn.get_right() y1 := dnFirst ? dnBottm ? dn.get_bottom() : dn.get_top() : dnBottm ? up.get_top() : up.get_bottom() y2 := dnFirst ? dnBottm ? up.get_top() : up.get_bottom() : dnBottm ? dn.get_bottom() : dn.get_top() end if // if iFib != ‘NONE’ then rt = math.max(x1, x2) lt = math.min(x1, x2) tp = math.max(y1, y2) bt = math.min(y1, y2) _0 = rt == x1 ? y1 : y2 _1 = rt == x1 ? y2 : y1 // df = _1 – _0 m0236 = df * 0.236 m0382 = df * 0.382 m0500 = df * 0.500 m0618 = df * 0.618 m0786 = df * 0.786 m1618 = df * 1.618 // _diag.setLine(x1, y1, x2, y2) _vert.setLine(rt, _0, rt, _0 + m1618) _zero.setLine(rt, _0, rt + plus, _0) _0236.setLine(rt, _0 + m0236, rt + plus, _0 + m0236) _0382.setLine(rt, _0 + m0382, rt + plus, _0 + m0382) _0500.setLine(rt, _0 + m0500, rt + plus, _0 + m0500) _0618.setLine(rt, _0 + m0618, rt + plus, _0 + m0618) _0786.setLine(rt, _0 + m0786, rt + plus, _0 + m0786) _one_.setLine(rt, _1, rt + plus, _1) _1618.setLine(rt, _0 + m1618, rt + plus, _0 + m1618) end if end if //—————————————————————————– // Displacement //—————————————————————————– if sDispl then if per then if L_bodyUP then plotShape(low, “Displacement UP”, shape.labelup, color.lime, location.belowbar) end if end if if per then if L_bodyDN then plotShape(high, “Displacement DN”, shape.labeldown, color.red, location.abovebar) end if end if end if //—————————————————————————– // Background – Killzones //—————————————————————————– if per then bgcolor(ny ? nyCss : na, editable = false) bgcolor(ldn_open ? ldnoCss : na, editable = false) bgcolor(ldn_close ? ldncCss : na, editable = false) bgcolor(asian ? asiaCss : na, editable = false) end if return

This topic has 1 reply, 2 voices, and was last updated 4 weeks ago by Iván.

Viewing 2 posts - 1 through 2 (of 2 total)

10/06/2024 at 7:30 PM #238550

Majez

Bonjour à tous,

Mon code ProBuilder ne fonctionne pas. Je ne trouve pas les erreurs.

Je vous serais reconnaissant de bien vouloir corriger les fautes ou de m’indiquer comment le faire fonctionner.

Merci par avance,

Majez

Voici le code :

// Initialisation des variables
DEFPARAM CalculateOnLastBarOnly = False

//—————————————————————————–
// Paramètres
//—————————————————————————–
options = “Options”
sp1 = ” ”
sp2 = ” ”
hl = “High / Low” + sp1
ny_ = “New York” + sp1
lo_ = “London Open”
lc_ = “London Close”
as_ = “Asian”

//—————————————————————————–
// Réglages utilisateur
//—————————————————————————–
i_mode = ParamStr(“Mode”, “Present”, “Present|Historical”)

// Structure de marché : Détection du Market Structure Shift
showMS = Param(“Afficher Market Structure”, 1) // booléen
len = Param(“Longueur”, 5, 3, 10) // longueur entre 3 et 10

iMSS = Param(“Afficher MSS”, 1) // booléen
cMSSbl = RGB(0, 230, 161) // Couleur MSS haussier (bullish)
cMSSbr = RGB(230, 4, 0) // Couleur MSS baissier (bearish)

iBOS = Param(“Afficher BOS”, 1) // booléen
cBOSbl = RGB(0, 230, 161) // Couleur BOS haussier (bullish)
cBOSbr = RGB(230, 4, 0) // Couleur BOS baissier (bearish)

//—————————————————————————–
// Code pour détecter la structure du marché
//—————————————————————————–

// Exemple simple pour les Market Structure Shift (MSS) ou Break of Structure (BOS)
if showMS then
// Détection du MSS ou BOS en fonction des conditions
if (ConditionPourMSS()) then
// Affichage du MSS haussier ou baissier selon la logique
IF iMSS THEN
IF ConditionHaussiere THEN
DRAWTEXT(“MSS Bullish”, BarIndex, High, cMSSbl)
ELSE
DRAWTEXT(“MSS Bearish”, BarIndex, Low, cMSSbr)
ENDIF
ENDIF

// Affichage du BOS si activé
IF iBOS THEN
IF ConditionHaussiere THEN
DRAWTEXT(“BOS Bullish”, BarIndex, High, cBOSbl)
ELSE
DRAWTEXT(“BOS Bearish”, BarIndex, Low, cBOSbr)
ENDIF
ENDIF
ENDIF
ENDIF

// Paramètres utilisateur
sDispl = Param(“Afficher Displacement”, False) // booléen pour l’affichage du Displacement
perc_Body = 0.36 // Pourcentage du corps de la bougie
bxBack = 10 // Paramètre pour le Lookback de l’OB

// Volume Imbalance (VI)
sVimbl = Param(“Afficher Volume Imbalance”, True) // Affichage de l’Imbalance
visVim = Param(“Nombre Visible VI”, 2, 2, 100) // Nombre de Volume Imbalance visibles
cVimbl = RGB(6, 178, 208) // Couleur pour Volume Imbalance

// Order Blocks (OB)
showOB = Param(“Afficher Order Blocks”, True) // Affichage des Order Blocks
length = Param(“Swing Lookback”, 10, 3, 100) // Période de lookback pour les Swing High/Low
showBull = Param(“Afficher dernier Bullish OB”, 1, 0, 1) // Afficher le dernier OB haussier
showBear = Param(“Afficher dernier Bearish OB”, 1, 0, 1) // Afficher le dernier OB baissier
useBody = Param(“Utiliser le corps des bougies”, True) // Utilisation du corps de la bougie

// Style des Order Blocks
bullCss = RGB(62, 137, 250) // Couleur pour Bullish OB
bullBrkCss = RGB(71, 133, 249) // Couleur pour Bullish Break

bearCss = RGB(255, 49, 49) // Couleur pour Bearish OB
bearBrkCss = RGB(249, 255, 87) // Couleur pour Bearish Break

// Historique des changements de polarité
showLabels = Param(“Afficher changements de polarité historiques”, False) // booléen pour l’affichage des changements historiques

//—————————————————————————–
// Logique pour l’affichage des Order Blocks, Displacement et Volume Imbalance
//—————————————————————————–

IF sDispl THEN
// Logique pour gérer le Displacement
// Implémenter la logique du displacement ici
ENDIF

IF sVimbl THEN
// Logique pour afficher le Volume Imbalance
FOR i = 0 TO visVim DO
// Calcul et affichage des Imbalances selon la logique définie
// Exemple : DRAWTEXT(“Volume Imbalance”, BarIndex-i, High-i, cVimbl)
NEXT
ENDIF

IF showOB THEN
// Logique pour les Order Blocks (OB)
IF showBull THEN
// Détection et affichage du dernier Bullish OB
// Exemple : DRAWTEXT(“Bullish OB”, BarIndex, High, bullCss)
ENDIF

IF showBear THEN
// Détection et affichage du dernier Bearish OB
// Exemple : DRAWTEXT(“Bearish OB”, BarIndex, Low, bearCss)
ENDIF

IF showLabels THEN
// Affichage des changements historiques de polarité
// Exemple : DRAWTEXT(“Polarity Change”, BarIndex, High, RGB(255,255,255))
ENDIF
ENDIF

// Paramètres utilisateur pour la Liquidité
showLq = Param(“Afficher Liquidité”, True) // Afficher la liquidité
a = 10 / ParamFloat(“Marge”, 4, 2, 7, 0.1) // Paramètre pour la marge
visLiq = Param(“Nombre de boîtes de Liquidité visibles”, 2, 1, 50) // Nombre de boîtes de liquidité visibles
cLIQ_B = RGB(250, 69, 28) // Couleur pour la Buy-side Liquidity
cLIQ_S = RGB(28, 228, 250) // Couleur pour la Sell-side Liquidity

// Paramètres utilisateur pour les Fair Value Gaps (FVG)
shwFVG = Param(“Afficher FVG”, True) // Affichage des FVG
i_BPR = Param(“Afficher Balance Price Range”, False) // Affichage du Balance Price Range (BPR)
i_FVG = ParamStr(“FVG Type”, “FVG”, “FVG|IFVG”) // Choix entre FVG et IFVG
visBxs = Param(“Nombre de FVG visibles”, 2, 1, 20) // Nombre de FVG visibles

// Styles pour les FVG
cFVGbl = RGB(0, 230, 118) // Couleur pour Bullish FVG
cFVGblBR = RGB(128, 128, 0) // Couleur pour Bullish Break
cFVGbr = RGB(255, 82, 82) // Couleur pour Bearish FVG
cFVGbrBR = RGB(255, 0, 0) // Couleur pour Bearish Break

// Paramètres utilisateur pour NWOG/NDOG
iNWOG = Param(“Afficher NWOG”, True) // Affichage des NWOG
cNWOG1 = RGB(255, 82, 82) // Couleur principale pour NWOG
cNWOG2 = RGB(178, 181, 190) // Couleur secondaire pour NWOG
maxNWOG = Param(“Nombre max de NWOG affichés”, 3, 0, 50) // Nombre maximal de NWOG visibles

iNDOG = Param(“Afficher NDOG”, False) // Affichage des NDOG
cNDOG1 = RGB(255, 152, 0) // Couleur principale pour NDOG
cNDOG2 = RGB(77, 208, 225) // Couleur secondaire pour NDOG
maxNDOG = Param(“Nombre max de NDOG affichés”, 1, 0, 50) // Nombre maximal de NDOG visibles

//—————————————————————————–
// Logique d’affichage de la Liquidité, FVG, NWOG/NDOG
//—————————————————————————–

// Liquidité
IF showLq THEN
// Logique pour afficher les boîtes de liquidité (buy-side et sell-side)
FOR i = 0 TO visLiq DO
// Calcul et affichage des boîtes de liquidité
// Exemple : DRAWTEXT(“Buy-side Liquidity”, BarIndex-i, High-i, cLIQ_B)
// Exemple : DRAWTEXT(“Sell-side Liquidity”, BarIndex-i, Low-i, cLIQ_S)
NEXT
ENDIF

// FVG
IF shwFVG THEN
FOR i = 0 TO visBxs DO
// Logique pour afficher les Fair Value Gaps (FVG)
IF i_FVG == “FVG” THEN
// Affichage des Bullish et Bearish FVG
IF ConditionBullishFVG THEN
DRAWTEXT(“Bullish FVG”, BarIndex-i, High-i, cFVGbl)
ELSEIF ConditionBearishFVG THEN
DRAWTEXT(“Bearish FVG”, BarIndex-i, Low-i, cFVGbr)
ENDIF
ELSE
// Logique pour les IFVG (Implied Fair Value Gaps)
ENDIF
NEXT
ENDIF

// NWOG/NDOG
IF iNWOG THEN
FOR i = 0 TO maxNWOG DO
// Affichage des NWOG
DRAWTEXT(“NWOG”, BarIndex-i, High-i, cNWOG1)
NEXT
ENDIF

IF iNDOG THEN
FOR i = 0 TO maxNDOG DO
// Affichage des NDOG
DRAWTEXT(“NDOG”, BarIndex-i, Low-i, cNDOG1)
NEXT
ENDIF

// Paramètres pour Fibonacci
iFib = ParamStr(“Fibonacci entre les derniers :”, “NONE”, “FVG|BPR|OB|Liq|VI|NWOG|NONE”) // Type de Fibonacci
iExt = Param(“Étendre les lignes”, False) // Étendre les lignes de Fibonacci

// Paramètres pour les Killzones
showKZ = Param(“Afficher Killzones”, False) // Afficher les Killzones

// Paramètres pour New York
showNy = Param(“Afficher New York”, True) AND showKZ // Afficher New York si les Killzones sont activées
nyCss = RGB(255, 93, 0, 93) // Couleur pour la Killzone New York

// Paramètres pour London Open
showLdno = Param(“Afficher London Open”, True) AND showKZ // Afficher London Open si les Killzones sont activées
ldnoCss = RGB(0, 188, 212, 93) // Couleur pour la Killzone London Open

// Paramètres pour London Close
showLdnc = Param(“Afficher London Close”, True) AND showKZ // Afficher London Close si les Killzones sont activées
ldncCss = RGB(33, 87, 243, 93) // Couleur pour la Killzone London Close

// Paramètres pour l’Asie
showAsia = Param(“Afficher Asian Session”, True) AND showKZ // Afficher Asian Session si les Killzones sont activées
asiaCss = RGB(233, 30, 99, 93) // Couleur pour la Killzone Asie

//—————————————————————————–
// Calculs Généraux
//—————————————————————————–
n = BarIndex
hi = High
lo = Low
tf_msec = TimeFrame * 1000
maxSize = 50
atr = AverageTrueRange[10]
per = (i_mode == “Present”) ? (LastBarIndex – BarIndex <= 500) : True
perB = (LastBarIndex – BarIndex <= 1000)
xloc = (iFib == “OB”) ? BarIndex : BarIndex
ext = (iExt) ? ExtendRight : ExtendNone
plus = (iFib == “OB”) ? tf_msec * 50 : 50
mx = Max(Close, Open)
mn = Min(Close, Open)
body = Abs(Close – Open)
meanBody = Average[Len](body)
max = (useBody) ? mx : High
min = (useBody) ? mn : Low
blBrkConf = 0
brBrkConf = 0
isDark = (GetRed(BackgroundColor) < 80 AND GetGreen(BackgroundColor) < 80 AND GetBlue(BackgroundColor) < 80)

//—————————————————————————–
// Types Définis par l’Utilisateur
//—————————————————————————–
TYPE ZZ
IntArray d
IntArray x
FloatArray y
BoolArray b

TYPE ln_d
Line l
Int d

TYPE _2ln_lb
Line l1
Line l2
Label lb

TYPE bx_ln
Box b
Line l

TYPE bx_ln_lb
Box bx
Line ln
Label lb

TYPE mss
Int dir
LineArray l_mssBl
LineArray l_mssBr
LineArray l_bosBl
LineArray l_bosBr
LabelArray lbMssBl
LabelArray lbMssBr
LabelArray lbBosBl
LabelArray lbBosBr

TYPE liq
Box bx
Bool broken
Bool brokenTop
Bool brokenBtm
Line ln

TYPE ob
Float top = NA
Float btm = NA
Int loc = BarIndex
Bool breaker = False
Int break_loc = NA

TYPE swing
Float y = NA
Int x = NA
Bool crossed = False

TYPE FVG
Box box
Bool active
Int pos

// Création d’une instance de mss
VAR mss MSS = mss.new(
0,
Array.NewLineArray(),
Array.NewLineArray(),
Array.NewLineArray(),
Array.NewLineArray(),
Array.NewLabelArray(),
Array.NewLabelArray(),
Array.NewLabelArray(),
Array.NewLabelArray()
)

//—————————————————————————–
// Variables
//—————————————————————————–
DEFparam “MaxBarsBack” = 1000

// Variables pour les jours
once friClosePrice = Undefined
once friCloseIndex = Undefined
once monOpenPrice = Undefined
once monOpenIndex = Undefined

// Variables pour les jours précédents et actuels
once prevDayClosePrice = Undefined
once prevDayCloseIndex = Undefined
once currDayOpenPrice = Undefined
once currDayOpenIndex = Undefined

// Autres initialisations de variables
vimbalArray = []
liqBullArray = []
liqBearArray = []
bullishOBArray = []
bearishOBArray = []

fvgUpArray = []
fvgDnArray = []
bprUpArray = []
bprDnArray = []

ZZArray = []

//—————————————————————————–
// Fonctions
//—————————————————————————–
Function inOutZZ(int d, int x1, float y1, int x2, float y2, int color, bool condition)
Begin
// Ajouter la logique pour le calcul des zigzags
End

Function timeInRange(res, sess)
Begin
// Vérifier si le temps est dans la plage spécifiée
Return (Not IsNullValue(Timeframe));
End

Function setLine(lineId, x1, y1, x2, y2)
Begin
DrawLine(x1, y1, x2, y2, lineId);
End

Function clearLines(lineArray)
Begin
For Each line In lineArray
DeleteLine(line);
Next
End

Function notransp(color)
Begin
Return RGB(ColorRed(color), ColorGreen(color), ColorBlue(color));
End

//—————————————————————————–
// Swing Calculations
//—————————————————————————–
Function calculateSwing(len)
Begin
topSwing = Highest[len](High)
bottomSwing = Lowest[len](Low)

If (High[len] > topSwing) Then
topSwingDetected = True;
Else If (Low[len] < bottomSwing) Then
bottomSwingDetected = True;
EndIf
End

//—————————————————————————–
// Dessin des OB et zones de liquidité
//—————————————————————————–
Function drawLiquidity(left, color)
Begin
maxBarsBack(1000)
x2 = BarIndex – 1
pivotHigh = Highest[Left](High)
pivotLow = Lowest[Left](Low)

// Logique pour dessiner les boîtes de liquidité acheteuse/vendeuse
If (ShowLiquidity And pivotHigh) Then
// Calcul et dessin des liquidités
EndIf

If (pivotLow) Then
// Calcul et dessin des liquidités
EndIf
End

// Déclaration des variables
def i_mode = “Present”;
def showMS = 1; // Affichage du Market Structure Shift
def iBOS = 1; // Déclaration de la Break Of Structure (BOS)
def n = barindex; // Utilisation de l’index des barres pour identifier les niveaux

// Market Structure Shift (MSS)
if (showMS) then
iH = iff(aZZ[2] == 1, 2, 1);
iL = iff(aZZ[2] == -1, 2, 1);

// MSS haussier
if (close > aZZ[iH] and aZZ[iH] == 1 and MSSdir < 1) then
MSSdir = 1;
if (i_mode == “Present”) then
MSSL_mssBl = 0;
MSSL_mssBr = 0;
// Ajout des lignes pour MSS haussier
drawline(n, aZZ[iH], n + 10, aZZ[iH], color = color.blue);
drawtext(“MSS”, n, aZZ[iH], color = color.blue);
endif;
endif;

// MSS baissier
if (close < aZZ[iL] and aZZ[iL] == -1 and MSSdir > -1) then
MSSdir = -1;
if (i_mode == “Present”) then
MSSL_mssBl = 0;
MSSL_mssBr = 0;
// Ajout des lignes pour MSS baissier
drawline(n, aZZ[iL], n + 10, aZZ[iL], color = color.red);
drawtext(“MSS”, n, aZZ[iL], color = color.red);
endif;
endif;

// BOS haussier
if (MSSdir == 1 and close > aZZ[iH] and iBOS) then
drawline(n, aZZ[iH], n + 10, aZZ[iH], color = color.green);
endif;

// BOS baissier
if (MSSdir == -1 and close < aZZ[iL] and iBOS) then
drawline(n, aZZ[iL], n + 10, aZZ[iL], color = color.red);
endif;
endif;

// Gestion des Killzones
def ny = time(“0700”, “0900”) and showNy;
def ldn_open = time(“0700”, “1000”) and showLdnOpen;
def ldn_close = time(“1500”, “1700”) and showLdnClose;
def asian = time(“1000”, “1400”) and showAsian;

// Pivots
def ph = highest(3, 1);
def pl = lowest(3, 1);

// Bougies
def L_body = high – max < body * perc_Body and min – low < body * perc_Body;
def L_bodyUP = body > meanBody and L_body and close > open;
def L_bodyDN = body > meanBody and L_body and close < open;

// Détection d’un déséquilibre
def imbalanceUP = L_bodyUP[1] and (i_FVG == “FVG” ? low > high[2] : low < high[2]);
def imbalanceDN = L_bodyDN[1] and (i_FVG == “FVG” ? high < low[2] : high > low[2]);

// Détection du déséquilibre de volume
def vImb_Bl = open > close[1] and high[1] > low and close > close[1] and open > open[1] and high[1] < min;
def vImb_Br = open < close[1] and low[1] < high and close < close[1] and open < open[1] and low[1] > max;

if (vImb_Bl) then
drawline(n – 1, max[1], n + 3, max[1], color = color.blue);
drawtext(“VI”, n + 3, avg(max[1], min), color = color.blue);
endif;

if (vImb_Br) then
drawline(n – 1, min[1], n + 3, min[1], color = color.red);
drawtext(“VI”, n + 3, avg(min[1], max), color = color.red);
endif;

// Balance Price Range (overlap of 2 latest FVG bull/bear)
if i_BPR and bFVG_UP.size() > 0 and bFVG_DN.size() > 0 then
bxUP = bFVG_UP.get(0)
bxDN = bFVG_DN.get(0)

bxUPbtm = bxUP.box.get_bottom()
bxDNbtm = bxDN.box.get_bottom()
bxUPtop = bxUP.box.get_top()
bxDNtop = bxDN.box.get_top()

left = min(bxUP.box.get_left(), bxDN.box.get_left())
right = max(bxUP.box.get_right(), bxDN.box.get_right())

// Check if boxes overlap
if bxUPbtm < bxDNtop and bxDNbtm < bxUPbtm then
if left == bBPR_UP.get(0).box.get_left() then
if bBPR_UP.get(0).active then
bBPR_UP.get(0).box.set_right(right)
else
bBPR_UP.unshift(FVG.new(
box.new(left, bxDNtop, right, bxUPbtm,
bgcolor = i_BPR ? color.new(cFVGbl, 90) : color(na),
border_color = i_BPR ? color.new(cFVGbl, 65) : color(na),
text_color = i_BPR ? color.new(cFVGbl, 65) : color(na),
text_size = size.small,
text = ‘BPR’
),
true,
close > bxUPbtm ? 1 : close < bxDNtop ? -1 : 0
))
bBPR_UP.pop().box.delete()

// Check for opposite box
if bxDNbtm < bxUPtop and bxUPbtm < bxDNbtm then
if left == bBPR_DN.get(0).box.get_left() then
if bBPR_DN.get(0).active then
bBPR_DN.get(0).box.set_right(right)
else
bBPR_DN.unshift(FVG.new(
box.new(left, bxUPtop, right, bxDNbtm,
bgcolor = i_BPR ? color.new(cFVGbr, 90) : color(na),
border_color = i_BPR ? color.new(cFVGbr, 65) : color(na),
text_color = i_BPR ? color.new(cFVGbr, 65) : color(na),
text_size = size.small,
text = ‘BPR’
),
true,
close > bxDNbtm ? 1 : close < bxUPtop ? -1 : 0
))
bBPR_DN.pop().box.delete()
end if
end if
end if

// FVG’s breaks
for i = 0 to min(bxBack, bFVG_UP.size() – 1) do
getUPi = bFVG_UP.get(i)
if getUPi.active then
getUPi.box.set_right(bar_index + 8)
if low < getUPi.box.get_top() and not i_BPR then
getUPi.box.set_border_style(line.style_dashed)
if low < getUPi.box.get_bottom() then
if not i_BPR then
getUPi.box.set_bgcolor(color.new(cFVGblBR, 95))
getUPi.box.set_border_style(line.style_dotted)
getUPi.box.set_right(bar_index)
getUPi.active := false
end if
end if
end for

for i = 0 to min(bxBack, bFVG_DN.size() – 1) do
getDNi = bFVG_DN.get(i)
if getDNi.active then
getDNi.box.set_right(bar_index + 8)
if high > getDNi.box.get_bottom() and not i_BPR then
getDNi.box.set_border_style(line.style_dashed)
if high > getDNi.box.get_top() then
if not i_BPR then
getDNi.box.set_bgcolor(color.new(cFVGbrBR, 95))
getDNi.box.set_border_style(line.style.dotted)
getDNi.box.set_right(bar_index)
getDNi.active := false
end if
end if
end for

if i_BPR then
for i = 0 to min(bxBack, bBPR_UP.size() – 1) do
getUPi = bBPR_UP.get(i)
if getUPi.active then
getUPi.box.set_right(bar_index + 8)
switch getUPi.pos
case -1:
if high > getUPi.box.get_bottom() then
getUPi.box.set_border_style(line.style_dashed)
if high > getUPi.box.get_top() then
getUPi.box.set_bgcolor(color.new(cFVGblBR, 95))
getUPi.box.set_border_style(line.style.dotted)
getUPi.box.set_right(bar_index)
getUPi.active := false
case 1:
if low < getUPi.box.get_top() then
getUPi.box.set_border_style(line.style_dashed)
if low < getUPi.box.get_bottom() then
getUPi.box.set_bgcolor(color.new(cFVGblBR, 95))
getUPi.box.set_border_style(line.style.dotted)
getUPi.box.set_right(bar_index)
getUPi.active := false
end switch
end if
end for

for i = 0 to min(bxBack, bBPR_DN.size() – 1) do
getDNi = bBPR_DN.get(i)
if getDNi.active then
getDNi.box.set_right(bar_index + 8)
switch getDNi.pos
case -1:
if high > getDNi.box.get_bottom() then
getDNi.box.set_border_style(line.style_dashed)
if high > getDNi.box.get_top() then
getDNi.box.set_bgcolor(color.new(cFVGbrBR, 95))
getDNi.box.set_border_style(line.style.dotted)
getDNi.box.set_right(bar_index)
getDNi.active := false
case 1:
if low < getDNi.box.get_top() then
getDNi.box.set_border_style(line.style_dashed)
if low < getDNi.box.get_bottom() then
getDNi.box.set_bgcolor(color.new(cFVGbrBR, 95))
getDNi.box.set_border_style(line.style.dotted)
getDNi.box.set_right(bar_index)
getDNi.active := false
end switch
end if
end for
end if

// NWOG/NDOG
if barstate.isfirst then
for i = 0 to maxNWOG – 1 do
bl_NWOG.unshift(bx_ln.new(box(na), line(na)))
end for

for i = 0 to maxNDOG – 1 do
bl_NDOG.unshift(bx_ln.new(box(na), line(na)))
end for
end if

if dayofweek == dayofweek.friday then
friCp := close
friCi := n
end if

if ta.change(dayofweek) then
if dayofweek == dayofweek.monday and iNWOG then
monOp := open
monOi := n
bl_NWOG.unshift(bx_ln.new(
box.new(
friCi, math.max(friCp, monOp),
monOi, math.min(friCp, monOp),
bgcolor = color(na),
border_color = cNWOG2,
extend = extend.right
),
line.new(
monOi, math.avg(friCp, monOp),
monOi + 1, math.avg(friCp, monOp),
color = cNWOG1,
style = line.style_dotted,
extend = extend.right
)
))
bl = bl_NWOG.pop()
bl.b.delete()
bl.l.delete()
end if

if iNDOG then
cuDOp := open
cuDOi := n
prDCp := close[1]
prDCi := n – 1
//
bl_NDOG.unshift(bx_ln.new(
box.new(
prDCi, math.max(prDCp, cuDOp),
cuDOi, math.min(prDCp, cuDOp),
bgcolor = color(na),
border_color = cNDOG2,
extend = extend.right
),
line.new(
cuDOi, math.avg(prDCp, cuDOp),
cuDOi + 1, math.avg(prDCp, cuDOp),
color = cNDOG1,
style = line.style_dotted,
extend = extend.right
)
))
bl = bl_NDOG.pop()
bl.b.delete()
bl.l.delete()
end if
end if

// Liquidity
for i = 0 to b_liq_B.size() – 1 do
x = b_liq_B.get(i)
if not x.broken then
x.bx.set_right(n + 3)
x.ln.set_x2(n + 3)

if not x.brokenTop then
if close > x.bx.get_top() then
x.brokenTop := true
end if
end if

if not x.brokenBtm then
if close > x.bx.get_bottom() then
x.brokenBtm := true
end if
end if

if x.brokenBtm then
x.bx.set_bgcolor(color.new(cLIQ_B, 90))
x.ln.delete()
if x.brokenTop then
x.broken := true
x.bx.set_right(n)
end if
end if
end if
end for

for i = 0 to b_liq_S.size() – 1 do
x = b_liq_S.get(i)
if not x.broken then
x.bx.set_right(n + 3)
x.ln.set_x2(n + 3)

if not x.brokenTop then
if close < x.bx.get_top() then
x.brokenTop := true
end if
end if

if not x.brokenBtm then
if close < x.bx.get_bottom() then
x.brokenBtm := true
end if
end if

if x.brokenTop then
x.bx.set_bgcolor(color.new(cLIQ_S, 90))
x.ln.delete()
if x.brokenBtm then
x.broken := true
x.bx.set_right(n)
end if
end if
end if
end for

// Order Blocks
[top, btm] = swings(length)

if showOB and per then
// Bullish Order Block
if close > top.y and not top.crossed then
top.crossed := true

minima = max[1]
maxima = min[1]
loc = time[1]

for i = 1 to (n – top.x) – 1 do
minima := math.min(min[i], minima)
maxima := minima == min[i] ? max[i] : maxima
loc := minima == min[i] ? time[i] : loc
end for

bullish_ob.unshift(ob.new(maxima, minima, loc))
end if

if bullish_ob.size() > 0 then
for i = bullish_ob.size() – 1 to 0 do
element = bullish_ob.get(i)

if not element.breaker then
if math.min(close, open) < element.btm then
element.breaker := true
element.break_loc := time
end if
else
if close > element.top then
bullish_ob.remove(i)
else if i < showBull and top.y < element.top and top.y > element.btm then
blBrkConf := 1
end if
end if
end for
end if

// Set label
if blBrkConf > blBrkConf[1] and showLabels then
label.new(top.x, top.y, ‘▼’, color = na,
textcolor = bearCss.notransp(),
style = label.style_label_down,
size = size.tiny)
end if
end if

if showOB and per then
// Bearish Order Block
if close < btm.y and not btm.crossed then
btm.crossed := true

minima = min[1]
maxima = max[1]
loc = time[1]

for i = 1 to (n – btm.x) – 1 do
maxima := math.max(max[i], maxima)
minima := maxima == max[i] ? min[i] : minima
loc := maxima == max[i] ? time[i] : loc
end for

bearish_ob.unshift(ob.new(maxima, minima, loc))
end if

if bearish_ob.size() > 0 then
for i = bearish_ob.size() – 1 to 0 do
element = bearish_ob.get(i)

if not element.breaker then
if math.max(close, open) > element.top then
element.breaker := true
element.break_loc := time
end if
else
if close < element.btm then
bearish_ob.remove(i)
else if i < showBear and btm.y > element.btm and btm.y < element.top then
brBrkConf := 1
end if
end if
end for
end if

// Set label
if brBrkConf > brBrkConf[1] and showLabels then
label.new(btm.x, btm.y, ‘▲’, color = na,
textcolor = bullCss.notransp(),
style = label.style_label_up,
size = size.tiny)
end if
end if

//—————————————————————————–
// Set Order Blocks
//—————————————————————————–
if barstate.islast and showOB then
if a_bx_ln_lb.size() > 0 then
for i = a_bx_ln_lb.size() – 1 to 0 do
item = a_bx_ln_lb.remove(i)
item.bx.delete()
item.ln.delete()
item.lb.delete()
end for
end if

// Bullish
if showBull > 0 then
blSz = bullish_ob.size()
if blSz > 0 then
for i = 0 to math.min(showBull, bullish_ob.size()) – 1 do
get_ob = bullish_ob.get(i)
get_ob.display(bullCss, bullBrkCss, ‘bl’)
end for
end if
end if

// Bearish
if showBear > 0 then
brSz = bearish_ob.size()
if brSz > 0 then
for i = 0 to math.min(showBear, bearish_ob.size()) – 1 do
get_ob = bearish_ob.get(i)
get_ob.display(bearCss, bearBrkCss, ‘br’)
end for
end if
end if
end if

//—————————————————————————–
// Fibonacci
//—————————————————————————–
if barstate.islast then
x1 = 0
y1 = 0
x2 = 0
y2 = 0
box up = na
box dn = na

switch iFib
‘FVG’ =>
if bFVG_UP.size() > 0 and bFVG_DN.size() > 0 then
up := bFVG_UP.get(0).box
dn := bFVG_DN.get(0).box
dnFirst = up.get_left() > dn.get_left()
dnBottm = up.get_top() > dn.get_top()
x1 := dnFirst ? dn.get_left() : up.get_left()
x2 := dnFirst ? up.get_right() : dn.get_right()
y1 := dnFirst ?
dnBottm ? dn.get_bottom() : dn.get_top() :
dnBottm ? up.get_top() : up.get_bottom()
y2 := dnFirst ?
dnBottm ? up.get_top() : up.get_bottom() :
dnBottm ? dn.get_bottom() : dn.get_top()
end if
‘BPR’ =>
if bBPR_UP.size() > 0 and bBPR_DN.size() > 0 then
up := bBPR_UP.get(0).box
dn := bBPR_DN.get(0).box
dnFirst = up.get_left() > dn.get_left()
dnBottm = up.get_top() > dn.get_top()
x1 := dnFirst ? dn.get_left() : up.get_left()
x2 := dnFirst ? up.get_right() : dn.get_right()
y1 := dnFirst ?
dnBottm ? dn.get_bottom() : dn.get_top() :
dnBottm ? up.get_top() : up.get_bottom()
y2 := dnFirst ?
dnBottm ? up.get_top() : up.get_bottom() :
dnBottm ? dn.get_bottom() : dn.get_top()
end if
‘OB’ =>
oSz = a_bx_ln_lb.size()
if oSz > 1 then
xA = nz(
a_bx_ln_lb.get(oSz – 1).ln.get_x1(),
a_bx_ln_lb.get(oSz – 1).bx.get_left()
)
xB = nz(
a_bx_ln_lb.get(oSz – 2).ln.get_x1(),
a_bx_ln_lb.get(oSz – 2).bx.get_left()
)
AFirst = xB > xA
//
yAT = nz(
a_bx_ln_lb.get(oSz – 1).ln.get_y1(),
a_bx_ln_lb.get(oSz – 1).bx.get_top()
)
yAB = nz(
a_bx_ln_lb.get(oSz – 1).ln.get_y1(),
a_bx_ln_lb.get(oSz – 1).bx.get_bottom()
)
yBT = nz(
a_bx_ln_lb.get(oSz – 2).ln.get_y1(),
a_bx_ln_lb.get(oSz – 2).bx.get_top()
)
yBB = nz(
a_bx_ln_lb.get(oSz – 2).ln.get_y1(),
a_bx_ln_lb.get(oSz – 2).bx.get_bottom()
)
ABottom = yAB < yBB
//
x1 := AFirst ? xA : xB
x2 := AFirst ? xB : xA
y1 := AFirst ?
ABottom ? yAB : yAT :
ABottom ? yBT : yBB
y2 := AFirst ?
ABottom ? yBT : yBB :
ABottom ? yAB : yAT
end if
‘Liq’ =>
if b_liq_B.size() > 0 and b_liq_S.size() > 0 then
xA = nz(
b_liq_B.get(0).ln.get_x1(),
b_liq_B.get(0).bx.get_left()
)
xB = nz(
b_liq_S.get(0).ln.get_x1(),
b_liq_S.get(0).bx.get_left()
)
AFirst = xB > xA
//
yAT = nz(
b_liq_B.get(0).ln.get_y1(),
b_liq_B.get(0).bx.get_top()
)
yAB = nz(
b_liq_B.get(0).ln.get_y1(),
b_liq_B.get(0).bx.get_bottom()
)
yBT = nz(
b_liq_S.get(0).ln.get_y1(),
b_liq_S.get(0).bx.get_top()
)
yBB = nz(
b_liq_S.get(0).ln.get_y1(),
b_liq_S.get(0).bx.get_bottom()
)
ABottom = yAB < yBB
//
x1 := AFirst ? xA : xB
x2 := AFirst ? xB : xA
y1 := AFirst ?
ABottom ? yAB : yAT :
ABottom ? yBT : yBB
y2 := AFirst ?
ABottom ? yBT : yBB :
ABottom ? yAB : yAT
end if
‘VI’ =>
if Vimbal.size() > 1 then
AxA = Vimbal.get(1).l2.get_x1()
AxB = Vimbal.get(1).l1.get_x1()
BxA = Vimbal.get(0).l2.get_x1()
BxB = Vimbal.get(0).l1.get_x1()
AyA = Vimbal.get(1).l2.get_y1()
AyB = Vimbal.get(1).l1.get_y1()
ByA = Vimbal.get(0).l2.get_y1()
ByB = Vimbal.get(0).l1.get_y1()
ABt = math.min(ByA, ByB) > math.min(AyA, AyB)
x1 := math.max(AxA, AxB)
x2 := math.max(BxA, BxB)
y1 := ABt ? math.min(AyA, AyB) : math.max(AyA, AyB)
y2 := ABt ? math.max(ByA, ByB) : math.min(ByA, ByB)
end if
‘NWOG’ =>
if bl_NWOG.size() > 1 then
up := bl_NWOG.get(0).b
dn := bl_NWOG.get(1).b
dnFirst = up.get_left() > dn.get_left()
dnBottm = up.get_top() > dn.get_top()
x1 := dnFirst ? dn.get_left() : up.get_left()
x2 := dnFirst ? up.get_right() : dn.get_right()
y1 := dnFirst ?
dnBottm ? dn.get_bottom() : dn.get_top() :
dnBottm ? up.get_top() : up.get_bottom()
y2 := dnFirst ?
dnBottm ? up.get_top() : up.get_bottom() :
dnBottm ? dn.get_bottom() : dn.get_top()
end if
//
if iFib != ‘NONE’ then
rt = math.max(x1, x2)
lt = math.min(x1, x2)
tp = math.max(y1, y2)
bt = math.min(y1, y2)
_0 = rt == x1 ? y1 : y2
_1 = rt == x1 ? y2 : y1
//
df = _1 – _0
m0236 = df * 0.236
m0382 = df * 0.382
m0500 = df * 0.500
m0618 = df * 0.618
m0786 = df * 0.786
m1618 = df * 1.618
//
_diag.setLine(x1, y1, x2, y2)
_vert.setLine(rt, _0, rt, _0 + m1618)
_zero.setLine(rt, _0, rt + plus, _0)
_0236.setLine(rt, _0 + m0236, rt + plus, _0 + m0236)
_0382.setLine(rt, _0 + m0382, rt + plus, _0 + m0382)
_0500.setLine(rt, _0 + m0500, rt + plus, _0 + m0500)
_0618.setLine(rt, _0 + m0618, rt + plus, _0 + m0618)
_0786.setLine(rt, _0 + m0786, rt + plus, _0 + m0786)
_one_.setLine(rt, _1, rt + plus, _1)
_1618.setLine(rt, _0 + m1618, rt + plus, _0 + m1618)
end if
end if

//—————————————————————————–
// Displacement
//—————————————————————————–
if sDispl then
if per then
if L_bodyUP then
plotShape(low, “Displacement UP”, shape.labelup, color.lime, location.belowbar)
end if
end if

if per then
if L_bodyDN then
plotShape(high, “Displacement DN”, shape.labeldown, color.red, location.abovebar)
end if
end if
end if

//—————————————————————————–
// Background – Killzones
//—————————————————————————–
if per then
bgcolor(ny ? nyCss : na, editable = false)
bgcolor(ldn_open ? ldnoCss : na, editable = false)
bgcolor(ldn_close ? ldncCss : na, editable = false)
bgcolor(asian ? asiaCss : na, editable = false)
end if

return

Majez
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10/07/2024 at 10:40 AM #238573

Iván

Bonjour Le code que vous essayez de saisir dans Prorealtime est mélangé avec un autre langage de programmation. Probablement une vue commerciale. Il y a trop d'erreurs. Ce que vous pouvez faire, c'est demander la traduction du code original via le lien suivant : https://www.prorealcode.com/free-code-conversion/ Fournissez des images de l'indicateur et toutes les informations que vous jugez pertinentes pour faciliter la traduction.

Iván
Moderator

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