Conversion code Harmonic Trading.lua pour PRT

• 04/06/2020 at 4:07 PM #124899
  roncevaux68

  Bonjour

  Je cherche à transcrire ce code Harmonic Trading.lua de la plateforme de fxcm marketscope2.0 pour pouvoir l’utiliser sur PRT, est ce possible ?

  Merci
  Plus d’information sur cet indicateur :

  http://fxcodebase.com/code/viewtopic.php?f=17&t=4994

  cordialement

  

  roncevaux68

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  04/06/2020 at 9:49 PM #124940
  fifi743

  bonsoir,

  tu as déjà regarder sur le forum ?

  tiens un lien

  https://www.prorealcode.com/prorealtime-indicators/abcd-pattern-indicator/

  

  fifi743

  Participant

  Topics: 9

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  04/07/2020 at 12:33 PM #125012
  roncevaux68

  bonjour

  merci pour l’info

  je l’avais bien vu car avant de poster ma demande j’avais chercher sur le site pendant une bonne partie du week end

  mais c’est un des Harmonic Patterns – Bullish AB=CD

  avec ce fichier coder en lua on peux détecter les figurer en “Bat”, “Gartley “, “Crab”, “Butterfly “, et aussi les Bullish AB=CD

  voilà exemple ci joint.

  cordialement

  1 user thanked author for this post.

  fifi743

  

  roncevaux68

  Participant

  Topics: 5

  Replies: 21

  Been thanked: 1 time
  04/14/2020 at 7:18 PM #126148
  roncevaux68

  un coup de main personne ?

  code

  -- More information about this indicator can be found at: --+------------------------------------------------------------------+ --| Copyright © 2018, Gehtsoft USA LLC | --| http://fxcodebase.com | --+------------------------------------------------------------------+ --| Developed by : Mario Jemic | --| mario.jemic@gmail.com | --+------------------------------------------------------------------+ --| Support our efforts by donating | --| Paypal: https://goo.gl/9Rj74e | --+------------------------------------------------------------------+ --| Patreon : https://goo.gl/GdXWeN | --| BitCoin : 15VCJTLaz12Amr7adHSBtL9v8XomURo9RF | --| BitCoin Cash: 1BEtS465S3Su438Kc58h2sqvVvHK9Mijtg | --| Ethereum : 0x8C110cD61538fb6d7A2B47858F0c0AaBd663068D | --| LiteCoin : LLU8PSY2vsq7B9kRELLZQcKf5nJQrdeqwD | --+------------------------------------------------------------------+ -- Indicator profile initialization routine function Init() indicator:name("Harmonic Pattern"); indicator:description(""); indicator:requiredSource(core.Bar); indicator:type(core.Indicator); indicator:setTag("group", "Swing"); indicator.parameters:addGroup("Pattern Selector"); indicator.parameters:addBoolean("Bat", "Bat", "", true); indicator.parameters:addBoolean("Gartley", "Gartley", "", true); indicator.parameters:addBoolean("Crab", "Crab", "", true); indicator.parameters:addBoolean("Butterfly", "Butterfly", "", true); indicator.parameters:addBoolean("ABCD", "AB=CD", "", true); indicator.parameters:addBoolean("Three Drives", "Drives", "", true); indicator.parameters:addDouble("Correction", "correction", "", 25,0,33); indicator.parameters:addGroup("Zig Zag Calculation"); indicator.parameters:addInteger("Depth", "Depth", "", 12, 1, 10000); indicator.parameters:addInteger("Deviation", "Deviation", "", 5, 1, 1000); indicator.parameters:addInteger("Backstep", "Backstep", "", 3, 1, 10000); indicator.parameters:addGroup("Zig Zag Style"); indicator.parameters:addColor("Zig_color","Zig Color", "", core.rgb(0, 255, 0)); indicator.parameters:addColor("Zag_color", "Zag Color", "", core.rgb(255, 0, 0)); indicator.parameters:addInteger("widthZigZag", "Line Width", "", 1, 1, 5); indicator.parameters:addInteger("styleZigZag", "Line Style", "", core.LINE_SOLID); indicator.parameters:setFlag("styleZigZag", core.FLAG_LEVEL_STYLE); indicator.parameters:addGroup("Price Target Lines Style"); indicator.parameters:addColor("Ratio_color","Line Color", "", core.rgb(0, 0, 255)); indicator.parameters:addInteger("style", "style", "style", core.LINE_DOT); indicator.parameters:setFlag("style", core.FLAG_LEVEL_STYLE); indicator.parameters:addInteger("width", "Line Width", "", 3, 1, 5); indicator.parameters:addInteger("Transparency", "Transparency", "", 40,0,100); indicator.parameters:addColor("Bull", "Color of Bull", "", core.rgb( 0, 255, 0)); indicator.parameters:addColor("Bear", "Color of Bear", "", core.rgb( 255, 0, 0)); indicator.parameters:addGroup("Line Selector"); indicator.parameters:addBoolean("Show", "Show Price Targets", "", false); indicator.parameters:addBoolean("ShowZigZag", "Show Zig Zag Line", "", true); end -- Indicator instance initialization routine -- Processes indicator parameters and creates output streams -- Parameters block local Depth; local Deviation; local Backstep; local Correction; local Selector={}; --local correctionA,correctionB; local Bull, Bear; local first; local source = nil; -- Streams block local ZigC; local ZagC; local out; local line_id=1; local label_id=1; local LAST={}; local Show; local ShowZigZag; local A,B,C,D,X; local XA; local AB; local BC; local CD; local XB; local XD; local AC; local BD; local AD; local Transparency; local Up={}; local Down={}; local One={}; local Two={}; -- Routine function Prepare(nameOnly) Correction= instance.parameters.Correction; Correction= Correction/100; Selector["Bat"]= instance.parameters.Bat; Selector["Gartley"]= instance.parameters.Gartley; Selector["Crab"]= instance.parameters.Crab; Selector["Butterfly"]= instance.parameters.Butterfly; Selector["AB=CD"]= instance.parameters.ABCD; Selector["Drives"]= instance.parameters.Drives; Bull= instance.parameters.Bull; Bear= instance.parameters.Bear; Transparency= instance.parameters.Transparency; ShowZigZag= instance.parameters.ShowZigZag; Depth = instance.parameters.Depth; Deviation = instance.parameters.Deviation; Backstep = instance.parameters.Backstep; source = instance.source; Show = instance.parameters.Show; Transparency= 100-Transparency; local name = profile:id() .. "(" .. source:name() .. ", " .. Depth .. ", " .. Deviation .. ", " .. Backstep .. ")"; instance:name(name); if (nameOnly) then return; end ZIGZAG = core.indicators:create("ZIGZAG", source, Depth, Deviation, Backstep ); first = ZIGZAG.DATA:first(); if ShowZigZag then out = instance:addStream("out", core.Line, name, "Up", instance.parameters.Ratio_color, first); out:setWidth(instance.parameters.widthZigZag); out:setStyle(instance.parameters.styleZigZag); else out = instance:addInternalStream (0, 0); end ZigC = instance.parameters.Zig_color; ZagC = instance.parameters.Zag_color; Up["Bat"]=instance:addStream("UpBat", core.Line, name, "", instance.parameters.Zig_color, first); Down["Bat"] =instance:addStream("DownBat", core.Line, name, "", instance.parameters.Zig_color, first); instance:createChannelGroup("Group","Group" , Up["Bat"], Down["Bat"], Bull, Transparency); Up["Gartley"]=instance:addStream("UpGartley", core.Line, name, "", instance.parameters.Zig_color, first); Down["Gartley"] =instance:addStream("DownGartley", core.Line, name, "", instance.parameters.Zig_color, first); instance:createChannelGroup("Group","Group" , Up["Gartley"], Down["Gartley"], Bull, Transparency); Up["Crab"]=instance:addStream("UpCrab", core.Line, name, "", instance.parameters.Zig_color, first); Down["Crab"] =instance:addStream("DownCrab", core.Line, name, "", instance.parameters.Zig_color, first); instance:createChannelGroup("Group","Group" , Up["Crab"], Down["Crab"], Bull, Transparency); Up["Butterfly"]=instance:addStream("UpButterfly", core.Line, name, "", instance.parameters.Zig_color, first); Down["Butterfly"] =instance:addStream("DownButterfly", core.Line, name, "", instance.parameters.Zig_color, first); instance:createChannelGroup("Group","Group" , Up["Butterfly"], Down["Butterfly"], Bull, Transparency); One["AB=CD"]=instance:addStream("One", core.Line, name, "", instance.parameters.Zig_color, first); Two["AB=CD"]=instance:addStream("Two", core.Line, name, "", instance.parameters.Zig_color, first); Down["AB=CD"] =instance:addStream("DownABCD", core.Line, name, "", instance.parameters.Zig_color, first); instance:createChannelGroup("Group","Group" , One["AB=CD"], Down["AB=CD"], Bull, Transparency); instance:createChannelGroup("Group","Group" , Two["AB=CD"], out, Bull, Transparency); Up["Drives"]=instance:addStream("UpDrives", core.Line, name, "", instance.parameters.Zig_color, first); Down["Drives"] =instance:addStream("DownDrives", core.Line, name, "", instance.parameters.Zig_color, first); instance:createChannelGroup("Group","Group" , Up["Drives"], Down["Drives"], Bull, Transparency); line_id=1; label_id=1 end function Update(period, mode) if period < first+5 then return; end local i; ZIGZAG:update(mode); if ZIGZAG.DATA[period-3] ~= 0 then out[period-3]= ZIGZAG.DATA[period-3]; end if period < source:size()-1 then return; end line_id=1; label_id=1; for i = 1 , period, 1 do Up[i]=nil; Down[i]=nil; if ShowZigZag then if out[i] ~= nil then if out[i] > out[i-1] then out:setColor(i, ZigC); else out:setColor(i, ZagC); end end end if i == 1 then LAST["HighFour"] = nil; LAST["HighThree"] = nil; LAST["HighTwo"] = nil; LAST["HighOne"] = nil; LAST["LowFour"] = nil; LAST["LowThree"] = nil; LAST["LowTwo"] = nil; LAST["LowOne"] = nil; end if out[i] > source.high[i] - source:pipSize() *0.001 and out[i] < source.high[i] + source:pipSize() *0.001 then --if out[i] == source.high[i] then LAST["HighFour"]=LAST["HighThree"]; LAST["HighThree"]=LAST["HighTwo"]; LAST["HighTwo"]=LAST["HighOne"]; LAST["HighOne"]=i; if LAST["HighFour"] ~= nil then Lengt(false); end end if out[i] > source.low[i] - source:pipSize() *0.001 and out[i] < source.low[i] + source:pipSize() *0.001 then LAST["LowFour"]=LAST["LowThree"]; LAST["LowThree"]=LAST["LowTwo"]; LAST["LowTwo"]=LAST["LowOne"]; LAST["LowOne"]=i; if LAST["LowFour"] ~= nil then Lengt(true); end end end end function Lengt(FLAG) if LAST["LowFour"] == nil or LAST["HighFour"] == nil then return; end if FLAG then D= LAST["LowOne"]; B= LAST["LowTwo"]; X= LAST["LowThree"]; C = LAST["HighOne"]; A= LAST["HighTwo"]; else D= LAST["HighOne"]; B= LAST["HighTwo"]; X= LAST["HighThree"]; C = LAST["LowOne"]; A= LAST["LowTwo"]; end XA= math.abs(out[X]- out[A]); AB= math.abs(out[A]- out[B]); BC= math.abs(out[B]- out[C]); CD= math.abs(out[C]- out[D]); XB= math.abs(out[X]- out[B]); XD= math.abs(out[X]- out[D]); BD= math.abs(out[B]- out[D]); AC= math.abs(out[A]- out[C]); AD= math.abs(out[A]- out[D]); local label = DECODE(FLAG); if label~= nil then DRAW (label ); end end function DRAW (label) local Color; if X== A or A== B or B== C or C== D then return; end if label == "Bull Three Drives" or label == "Bear Three Drives" then if Selector["Drives"] then if out[X] < out[A] then Color= Bull; drawline(D, out[D] + AD*1.272, D + (D-A), out[D] + AD*1.272, Color); drawline(D, out[D] + XA, D + (A-X), out[D] + XA, Color); else Color= Bear; drawline(D, out[D] + AD*1.272, D + (D-A), out[D] + AD*1.272, Color); drawline(D, out[D] + XA, D + (A-X), out[D] + XA, Color); end core.drawLine(Up["Drives"], core.range(X, B), out[X], X, out[B], B, Color); core.drawLine(Up["Drives"], core.range(B, D), out[B], B, out[D], D, Color); Up["Drives"]:setColor(X, Color); core.host:execute("drawLabel", label_id, source:date(X), math.max(out[X], out[A]), ""..label..""); label_id = label_id + 1; core.drawLine(Down["Drives"], core.range(X, A), out[X], X, out[A], A, Color); core.drawLine(Down["Drives"], core.range(A, B), out[A], A, out[B], B, Color); core.drawLine(Down["Drives"], core.range(B, C), out[B], B, out[C], C, Color); core.drawLine(Down["Drives"], core.range(C, D), out[C], C, out[D], D, Color); end elseif label == "Bull Bat" or label == "Bear Bat" then if Selector["Bat"] then if out[X] < out[A] then Color= Bull; drawline(D, out[D] + AD*1.272, D + (D-A), out[D] + AD*1.272, Color); drawline(D, out[D] + XA, D + (A-X), out[D] + XA, Color); else Color= Bear; drawline(D, out[D] - AD*1.272, D + (D-A), out[D] - AD*1.272, Color); drawline(D, out[D] - XA, D + (A-X), out[D]-XA, Color); end core.drawLine(Up["Bat"], core.range(X, D), out[X], X, out[D], D, Color); Up["Bat"]:setColor(X, Color); core.host:execute("drawLabel", label_id, source:date(X), math.max(out[A], out[B]), ""..label..""); label_id = label_id + 1; core.drawLine(Down["Bat"], core.range(X, A), out[X], X, out[A], A, Color); core.drawLine(Down["Bat"], core.range(A, B), out[A], A, out[B], B, Color); core.drawLine(Down["Bat"], core.range(B, C), out[B], B, out[C], C, Color); core.drawLine(Down["Bat"], core.range(C, D), out[C], C, out[D], D, Color); end elseif label == "Bull Gartley" or label == "Bear Gartley" then if Selector["Gartley"] then if out[X] < out[A] then Color= Bull; drawline(D, out[D] + AD*1.272, D + (D-A), out[D] + AD*1.272, Color); drawline(D, out[D] + XA, D + (A-X), out[D] + XA, Color); else Color= Bear; drawline(D, out[D] - AD*1.272, D + (D-A), out[D] - AD*1.272, Color); drawline(D, out[D] - XA, D + (A-X), out[D] - XA, Color); end core.drawLine(Up["Gartley"], core.range(X, D), out[X], X, out[D], D, Color); Up["Gartley"]:setColor(X, Color); core.host:execute("drawLabel", label_id, source:date(X), math.max(out[A], out[B]), ""..label..""); label_id = label_id + 1; core.drawLine(Down["Gartley"], core.range(X, A), out[X], X, out[A], A, Color); core.drawLine(Down["Gartley"], core.range(A, B), out[A], A, out[B], B, Color); core.drawLine(Down["Gartley"], core.range(B, C), out[B], B, out[C], C, Color); core.drawLine(Down["Gartley"], core.range(C, D), out[C], C, out[D], D, Color); end elseif label == "Bull Crab" or label == "Bear Crab" then if Selector["Crab"] then if out[X] < out[A] then Color= Bull; drawline(D, out[D] + AD*1.272, D + (D-A), out[D] + AD*1.272, Color); drawline(D, out[D] + XA, D + (A-X), out[D] + XA, Color); else Color= Bear; drawline(D, out[D] - AD*1.272, D + (D-A), out[D] - AD*1.272, Color); drawline(D, out[D] - XA, D + (A-X), out[D]- XA, Color); end core.drawLine(Up["Crab"], core.range(X, D), out[X], X, out[D], D, Color); Up["Crab"]:setColor(X, Color); core.host:execute("drawLabel", label_id, source:date(X), math.max(out[A], out[B]), ""..label..""); label_id = label_id + 1; core.drawLine(Down["Crab"], core.range(X, A), out[X], X, out[A], A, Color); core.drawLine(Down["Crab"], core.range(A, B), out[A], A, out[B], B, Color); core.drawLine(Down["Crab"], core.range(B, C), out[B], B, out[C], C, Color); core.drawLine(Down["Crab"], core.range(C, D), out[C], C, out[D], D, Color); end elseif label == "Bull Butterfly" or label == "Bear Butterfly" then if Selector["Butterfly"] then if out[X] < out[A] then Color= Bull; drawline(D, out[D] + AD*1.272, D + (D-A), out[D] + AD*1.272, Color); drawline(D, out[D] + XA, D + (A-X), out[D] + XA, Color); else Color= Bear; drawline(D, out[D] - AD*1.272, D + (D-A), out[D] - AD*1.272, Color); drawline(D, out[D] - XA, D + (A-X), out[D] - XA, Color); end core.drawLine(Up["Butterfly"], core.range(X, D), out[X], X, out[D], D, Color); Up["Butterfly"]:setColor(X, Color); core.host:execute("drawLabel", label_id, source:date(X), math.max(out[A], out[B]), ""..label..""); label_id = label_id + 1; core.drawLine(Down["Butterfly"], core.range(X, A), out[X], X, out[A], A, Color); core.drawLine(Down["Butterfly"], core.range(A, B), out[A], A, out[B], B, Color); core.drawLine(Down["Butterfly"], core.range(B, C), out[B], B, out[C], C, Color); core.drawLine(Down["Butterfly"], core.range(C, D), out[C], C, out[D], D, Color); end elseif label ~= "Bull AB=CD" or label ~= "Bear AB=CD" then if Selector["AB=CD"] then if out[A] > out[B] then Color= Bull; drawline(D, out[D] + AB*1.272, D + (B-A), out[D] + AB*1.272, Color); drawline(D, out[D] + AD, D + (D-A), out[D] + AD, Color); else Color= Bear; drawline(D, out[D] - AB*1.272, D + (B-A), out[D] - AB*1.272, Color); drawline(D, out[D] - AD, D + (D-A), out[D] - AD, Color); end core.drawLine(One["AB=CD"], core.range(A, C), out[A], A, out[C], C, Color); core.drawLine(Two["AB=CD"], core.range(B, D), out[B], B, out[D], D, Color); One["AB=CD"]:setColor(X, Color); core.host:execute("drawLabel", label_id, source:date(X), math.max(out[X], out[A]), ""..label..""); label_id = label_id + 1; core.drawLine(Down["AB=CD"], core.range(X, A), out[X], X, out[A], A, Color); core.drawLine(Down["AB=CD"], core.range(A, B), out[A], A, out[B], B, Color); core.drawLine(Down["AB=CD"], core.range(B, C), out[B], B, out[C], C, Color); core.drawLine(Down["AB=CD"], core.range(C, D), out[C], C, out[D], D, Color); end end end function DECODE ( FLAG) if FLAG then if (out[X] -(1.27 -Correction/3)*XA) >= out[B] and ( out[X] - (1.618+Correction/3) *XA) <= out[B] and (out[B] -(1.27-Correction/3) *XA) >= out[D] and ( out[B] - (1.618+Correction/3) *XA) <= out[D] then return "Bull Three Drives"; end if (out[A] -(0.618-Correction/3) *AB) >= out[C] and ( out[A] - (0.786+Correction/3) *AB) <= out[C] and (out[A] -(1.27-Correction/3) *AB) >= out[D] and ( out[A] - (1.618+Correction/3) *AB) <= out[D] then return "Bull AB=CD"; end if (out[A] -(0.382-Correction) *XA) >= out[B] and ( out[A] - (0.5+Correction) *XA) <= out[B] and (out[A] -( 0.382-Correction) *AB) >= out[C] and (out[A] -(0.886+Correction) *AB) <= out[C] and (out[A] + (1.618-Correction) *AB) >= out[D] and (out[A] + (2.618 +Correction)*AB) <= out[D] and (out[A] - (0.886 -Correction)*XA ) >= out[D] and (out[A] - (0.886 +Correction) *XA ) >= out[D] then return "Bull Bat"; end if (out[A] -(0.618 -Correction) *XA) >= out[B] and (out[A] -(0.618 +Correction) *XA)<= out[B] and (out[A] - (0.382-Correction) *AB) >= out[C] and (out[A] -(0.886+Correction) *AB) <= out[C] and (out[A] + (1.27-Correction) *AB) >= out[D] and (out[A] + (1.618+Correction) *AB) <= out[D] and (out[A] - (0.786 -Correction)*XA ) >= out[D] and (out[A] - (0.786 +Correction)*XA ) <= out[D] then return "Bull Gartley"; end if (out[A] - (0.382-Correction) *XA) >= out[B] and (out[A] - (0.618+Correction) *XA) <= out[B] and (out[A] - (0.382-Correction) *AB) >= out[C] and (out[A] - (0.886+Correction) *AB)<= out[C] and (out[A] - (2.24 -Correction)*AB) >= out[D] and (out[A] - (3.618+Correction) *AB) <= out[D] and (out[A] - ( 1.618 -Correction) *XA ) >= out[D] and (out[A] - (1.618 +Correction) *XA ) <= out[D] then return "Bull Crab"; end if (out[A] - (0.786 -Correction) *XA) >= out[B] and (out[A] - (0.786 +Correction) *XA)<= out[B] and (out[A] - (0.382-Correction) *AB) >= out[C] and (out[A] - (0.886 +Correction)*AB)<= out[C] and (out[A] - (1.618-Correction) *AB) >= out[D] and (out[A] - (2.618+Correction) *AB) <= out[D] and (out[A] - (1.27 -Correction)*XA ) >= out[D] and (out[A] - (1.618+Correction) *XA ) <= out[D] then return "Bull Butterfly"; end elseif not FLAG then if (out[X] +(1.27 - Correction/3)*XA) <= out[B] and ( out[X] + (1.618+Correction/3) *XA) >= out[B] and (out[B] +(1.27 - Correction/3)*XA) <= out[D] and ( out[B] + (1.618+Correction/3) *XA) >= out[D] then return "Bear Three Drives"; end if (out[A] +(0.618 - Correction/3)*AB) <= out[C] and ( out[A] +( 0.786+Correction/3) *AB) >= out[C] and (out[A] +(1.27 - Correction/3)*AB) <= out[D] and ( out[A] + (1.618+Correction/3) *AB) >= out[D] then return "Bear AB=CD"; end if (out[A] +(0.382 - Correction)*XA) <= out[B] and ( out[A] + (0.5+Correction) *XA) >= out[B] and (out[A] + (0.382- Correction) *AB) <= out[C] and (out[A] +(0.886 +Correction)*AB) >= out[C] and (out[A] - (1.618 - Correction)*AB) <= out[D] and (out[A] - (2.618 +Correction)*AB) >= out[D] and (out[A] + (0.886 - Correction)*XA ) <= out[D] and (out[A] + (0.886 +Correction) *XA ) >= out[D] then return "Bear Bat"; end if (out[A] +(0.618 - Correction) *XA) <= out[B] and (out[A] +(0.618 + Correction) *XA)>= out[B] and (out[A] +(0.382 - Correction)*AB) <= out[C] and (out[A] +(0.886+Correction) *AB) >= out[C] and (out[A] - (1.27 - Correction)*AB) <= out[D] and (out[A] - (1.618+Correction) *AB) >= out[D] and (out[A] + (0.786 - Correction)*XA ) <= out[D] and (out[A] +( 0.786+ Correction) *XA ) >= out[D] then return "Bear Gartley"; end -- return "Bear Crab"; if (out[A] +( 0.382- Correction) *XA) <= out[B] and (out[A] +( 0.618+Correction) *XA) >= out[B] and (out[A] + (0.382- Correction) *AB) <= out[C] and (out[A] + (0.886+Correction) *AB)>= out[C] and (out[A] + (2.24 - Correction)*AB) <= out[D] and (out[A] + (3.618+Correction) *AB) >= out[D] and (out[A] + (1.618- Correction) *XA ) <= out[D] and (out[A] + (1.618+ Correction) *XA ) >= out[D] then return "Bear Crab"; end if (out[A] + (0.786- Correction) *XA) <= out[B] and (out[A] + (0.786+ Correction) *XA) >= out[B] and (out[A] + (0.382- Correction) *AB) <= out[C] and (out[A] + (0.886 +Correction)*AB)>= out[C] and (out[A] + (1.618- Correction) *AB) <= out[D] and (out[A] + (2.618 +Correction)*AB) >= out[D] and (out[A] +( 1.27- Correction) *XA ) <= out[D] and (out[A] + (1.618 +Correction)*XA ) >= out[D] then return "Bear Butterfly"; end end return nil; end function drawline(x1, y1, x2, y2, color) if x1== nil or x2==nil or x1== 0 or x2==0 or x1 >= source:size()-1 or x2 >= source:size()-1 or x1 <= source:first() or x2 <= source:first() then return; end if not Show then return; end local date1 = source:date(x1); local date2 = source:date(x2); core.host:execute("drawLine", line_id, date1, y1, date2, y2, color, instance.parameters.style, instance.parameters.width); line_id=line_id+1; end function Distance (x1,y1,x2,y2) return math.sqrt((x2-x1)*(x2-x1) + (y2-y1)*(y2-y1)); end

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  -- More information about this indicator can be found at:     --+------------------------------------------------------------------+ --|                               Copyright © 2018, Gehtsoft USA LLC | --|                                            http://fxcodebase.com | --+------------------------------------------------------------------+ --|                                      Developed by : Mario Jemic  |                     --|                                          mario.jemic@gmail.com   | --+------------------------------------------------------------------+ --|                                 Support our efforts by donating  | --|                                    Paypal: https://goo.gl/9Rj74e | --+------------------------------------------------------------------+ --|                                Patreon :  https://goo.gl/GdXWeN  |   --|                    BitCoin : 15VCJTLaz12Amr7adHSBtL9v8XomURo9RF  |   --|                BitCoin Cash: 1BEtS465S3Su438Kc58h2sqvVvHK9Mijtg  | --|           Ethereum : 0x8C110cD61538fb6d7A2B47858F0c0AaBd663068D  |   --|                   LiteCoin : LLU8PSY2vsq7B9kRELLZQcKf5nJQrdeqwD  |   --+------------------------------------------------------------------+   -- Indicator profile initialization routine function Init()     indicator:name("Harmonic Pattern");     indicator:description("");     indicator:requiredSource(core.Bar);     indicator:type(core.Indicator);     indicator:setTag("group", "Swing"); indicator.parameters:addGroup("Pattern Selector"); indicator.parameters:addBoolean("Bat", "Bat", "", true); indicator.parameters:addBoolean("Gartley", "Gartley", "", true); indicator.parameters:addBoolean("Crab", "Crab", "", true); indicator.parameters:addBoolean("Butterfly", "Butterfly", "", true); indicator.parameters:addBoolean("ABCD", "AB=CD", "", true); indicator.parameters:addBoolean("Three Drives", "Drives", "", true); indicator.parameters:addDouble("Correction", "correction", "", 25,0,33);       indicator.parameters:addGroup("Zig Zag Calculation");     indicator.parameters:addInteger("Depth", "Depth", "", 12, 1, 10000);     indicator.parameters:addInteger("Deviation", "Deviation", "", 5, 1, 1000);     indicator.parameters:addInteger("Backstep", "Backstep", "", 3, 1, 10000);     indicator.parameters:addGroup("Zig Zag Style");     indicator.parameters:addColor("Zig_color","Zig Color", "", core.rgb(0, 255, 0));     indicator.parameters:addColor("Zag_color", "Zag Color", "", core.rgb(255, 0, 0));     indicator.parameters:addInteger("widthZigZag", "Line Width", "", 1, 1, 5);     indicator.parameters:addInteger("styleZigZag", "Line Style", "", core.LINE_SOLID);     indicator.parameters:setFlag("styleZigZag", core.FLAG_LEVEL_STYLE); indicator.parameters:addGroup("Price Target Lines Style"); indicator.parameters:addColor("Ratio_color","Line Color", "", core.rgb(0, 0, 255)); indicator.parameters:addInteger("style", "style", "style", core.LINE_DOT);     indicator.parameters:setFlag("style", core.FLAG_LEVEL_STYLE); indicator.parameters:addInteger("width", "Line Width", "", 3, 1, 5); indicator.parameters:addInteger("Transparency", "Transparency", "", 40,0,100); indicator.parameters:addColor("Bull", "Color of Bull", "", core.rgb( 0, 255, 0)); indicator.parameters:addColor("Bear", "Color of Bear", "", core.rgb( 255, 0, 0)); indicator.parameters:addGroup("Line Selector"); indicator.parameters:addBoolean("Show", "Show Price Targets", "", false); indicator.parameters:addBoolean("ShowZigZag", "Show Zig Zag Line", "", true); end   -- Indicator instance initialization routine -- Processes indicator parameters and creates output streams -- Parameters block local Depth; local Deviation; local Backstep;   local Correction;   local Selector={}; --local correctionA,correctionB;   local Bull, Bear;   local first; local source = nil;   -- Streams block local ZigC; local ZagC; local out; local line_id=1; local label_id=1;   local LAST={};   local Show; local ShowZigZag;   local A,B,C,D,X;       local XA; local AB; local BC; local CD; local  XB; local  XD; local  AC; local  BD; local  AD; local Transparency; local Up={};     local Down={}; local One={}; local Two={};   -- Routine function Prepare(nameOnly)       Correction= instance.parameters.Correction; Correction= Correction/100; Selector["Bat"]= instance.parameters.Bat; Selector["Gartley"]= instance.parameters.Gartley; Selector["Crab"]= instance.parameters.Crab; Selector["Butterfly"]= instance.parameters.Butterfly; Selector["AB=CD"]= instance.parameters.ABCD; Selector["Drives"]= instance.parameters.Drives;     Bull= instance.parameters.Bull; Bear= instance.parameters.Bear;     Transparency= instance.parameters.Transparency;     ShowZigZag= instance.parameters.ShowZigZag;     Depth = instance.parameters.Depth;     Deviation = instance.parameters.Deviation;     Backstep = instance.parameters.Backstep;     source = instance.source; Show = instance.parameters.Show;    Transparency= 100-Transparency;       local name = profile:id() .. "(" .. source:name() .. ", " .. Depth .. ", " .. Deviation .. ", " .. Backstep .. ")";     instance:name(name); if   (nameOnly) then         return;     end ZIGZAG =   core.indicators:create("ZIGZAG", source, Depth, Deviation, Backstep ); first = ZIGZAG.DATA:first();   if ShowZigZag then     out = instance:addStream("out", core.Line, name, "Up", instance.parameters.Ratio_color, first);     out:setWidth(instance.parameters.widthZigZag);     out:setStyle(instance.parameters.styleZigZag); else out = instance:addInternalStream (0, 0); end     ZigC = instance.parameters.Zig_color;     ZagC = instance.parameters.Zag_color;   Up["Bat"]=instance:addStream("UpBat", core.Line, name, "", instance.parameters.Zig_color, first);     Down["Bat"] =instance:addStream("DownBat", core.Line, name, "", instance.parameters.Zig_color, first); instance:createChannelGroup("Group","Group" , Up["Bat"], Down["Bat"], Bull, Transparency); Up["Gartley"]=instance:addStream("UpGartley", core.Line, name, "", instance.parameters.Zig_color, first);     Down["Gartley"] =instance:addStream("DownGartley", core.Line, name, "", instance.parameters.Zig_color, first); instance:createChannelGroup("Group","Group" , Up["Gartley"], Down["Gartley"], Bull, Transparency); Up["Crab"]=instance:addStream("UpCrab", core.Line, name, "", instance.parameters.Zig_color, first);     Down["Crab"] =instance:addStream("DownCrab", core.Line, name, "", instance.parameters.Zig_color, first); instance:createChannelGroup("Group","Group" , Up["Crab"], Down["Crab"], Bull, Transparency); Up["Butterfly"]=instance:addStream("UpButterfly", core.Line, name, "", instance.parameters.Zig_color, first);     Down["Butterfly"] =instance:addStream("DownButterfly", core.Line, name, "", instance.parameters.Zig_color, first); instance:createChannelGroup("Group","Group" , Up["Butterfly"], Down["Butterfly"], Bull, Transparency); One["AB=CD"]=instance:addStream("One", core.Line, name, "", instance.parameters.Zig_color, first); Two["AB=CD"]=instance:addStream("Two", core.Line, name, "", instance.parameters.Zig_color, first);     Down["AB=CD"] =instance:addStream("DownABCD", core.Line, name, "", instance.parameters.Zig_color, first); instance:createChannelGroup("Group","Group" , One["AB=CD"], Down["AB=CD"], Bull, Transparency); instance:createChannelGroup("Group","Group" , Two["AB=CD"],  out, Bull, Transparency); Up["Drives"]=instance:addStream("UpDrives", core.Line, name, "", instance.parameters.Zig_color, first);     Down["Drives"] =instance:addStream("DownDrives", core.Line, name, "", instance.parameters.Zig_color, first); instance:createChannelGroup("Group","Group" , Up["Drives"], Down["Drives"], Bull, Transparency);          line_id=1;    label_id=1 end         function Update(period, mode)           if period < first+5  then return; end   local i;   ZIGZAG:update(mode); if ZIGZAG.DATA[period-3] ~= 0 then out[period-3]= ZIGZAG.DATA[period-3]; end if period < source:size()-1 then return; end line_id=1; label_id=1; for i = 1 , period, 1 do Up[i]=nil; Down[i]=nil; if ShowZigZag then   if out[i] ~= nil then      if  out[i] >  out[i-1] then   out:setColor(i, ZigC);   else   out:setColor(i, ZagC);   end      end end    if i == 1 then LAST["HighFour"] = nil; LAST["HighThree"] = nil; LAST["HighTwo"] = nil; LAST["HighOne"] = nil;    LAST["LowFour"] = nil; LAST["LowThree"] = nil; LAST["LowTwo"] = nil; LAST["LowOne"] = nil; end        if out[i]  > source.high[i] - source:pipSize() *0.001   and out[i]  < source.high[i] + source:pipSize()  *0.001    then                  --if out[i]  == source.high[i]    then LAST["HighFour"]=LAST["HighThree"]; LAST["HighThree"]=LAST["HighTwo"]; LAST["HighTwo"]=LAST["HighOne"]; LAST["HighOne"]=i; if   LAST["HighFour"] ~= nil  then        Lengt(false); end end if out[i]  > source.low[i] - source:pipSize() *0.001   and out[i]  < source.low[i] + source:pipSize() *0.001    then   LAST["LowFour"]=LAST["LowThree"]; LAST["LowThree"]=LAST["LowTwo"]; LAST["LowTwo"]=LAST["LowOne"];   LAST["LowOne"]=i;            if  LAST["LowFour"] ~= nil then   Lengt(true); end end end          end function Lengt(FLAG)       if LAST["LowFour"] == nil  or LAST["HighFour"] == nil  then return; end if FLAG then D= LAST["LowOne"]; B=  LAST["LowTwo"]; X= LAST["LowThree"]; C = LAST["HighOne"]; A= LAST["HighTwo"];      else D= LAST["HighOne"]; B=  LAST["HighTwo"]; X= LAST["HighThree"]; C = LAST["LowOne"]; A= LAST["LowTwo"]; end         XA= math.abs(out[X]- out[A]); AB= math.abs(out[A]- out[B]); BC= math.abs(out[B]- out[C]); CD= math.abs(out[C]- out[D]); XB= math.abs(out[X]- out[B]);         XD= math.abs(out[X]- out[D]); BD= math.abs(out[B]- out[D]);         AC= math.abs(out[A]- out[C]); AD= math.abs(out[A]- out[D]); local label = DECODE(FLAG); if label~= nil then     DRAW (label ); end   end   function DRAW (label)           local Color;       if X== A or A== B or B== C or C== D then return; end           if   label == "Bull Three Drives" or  label == "Bear Three Drives" then if    Selector["Drives"]  then if out[X] < out[A] then Color= Bull; drawline(D,  out[D] + AD*1.272, D + (D-A), out[D] + AD*1.272, Color); drawline(D,  out[D] + XA, D + (A-X), out[D] + XA, Color); else Color= Bear; drawline(D,  out[D] + AD*1.272, D + (D-A), out[D] + AD*1.272, Color); drawline(D,  out[D] + XA, D + (A-X), out[D] + XA, Color); end core.drawLine(Up["Drives"], core.range(X, B), out[X], X, out[B], B, Color);             core.drawLine(Up["Drives"], core.range(B, D), out[B], B, out[D], D, Color); Up["Drives"]:setColor(X, Color); core.host:execute("drawLabel", label_id,  source:date(X), math.max(out[X], out[A]), ""..label..""); label_id = label_id + 1; core.drawLine(Down["Drives"], core.range(X, A), out[X], X, out[A], A, Color); core.drawLine(Down["Drives"], core.range(A, B), out[A], A, out[B], B, Color); core.drawLine(Down["Drives"], core.range(B, C), out[B], B, out[C], C, Color); core.drawLine(Down["Drives"], core.range(C, D), out[C], C, out[D], D, Color); end elseif  label == "Bull Bat" or  label == "Bear Bat"  then             if   Selector["Bat"]  then if out[X] < out[A] then Color= Bull; drawline(D,  out[D] + AD*1.272, D + (D-A), out[D] + AD*1.272, Color); drawline(D,  out[D] + XA, D + (A-X), out[D] + XA, Color); else Color= Bear; drawline(D,  out[D] - AD*1.272, D + (D-A), out[D] - AD*1.272, Color); drawline(D,  out[D] - XA, D + (A-X), out[D]-XA, Color); end core.drawLine(Up["Bat"], core.range(X, D), out[X], X, out[D], D, Color);    Up["Bat"]:setColor(X, Color); core.host:execute("drawLabel", label_id,  source:date(X), math.max(out[A], out[B]), ""..label..""); label_id = label_id + 1; core.drawLine(Down["Bat"], core.range(X, A), out[X], X, out[A], A, Color); core.drawLine(Down["Bat"], core.range(A, B), out[A], A, out[B], B, Color); core.drawLine(Down["Bat"], core.range(B, C), out[B], B, out[C], C, Color); core.drawLine(Down["Bat"], core.range(C, D), out[C], C, out[D], D, Color); end elseif label == "Bull Gartley" or  label == "Bear Gartley"  then            if   Selector["Gartley"]  then    if out[X] < out[A] then Color= Bull; drawline(D,  out[D] + AD*1.272, D + (D-A), out[D] + AD*1.272, Color); drawline(D,  out[D] + XA, D + (A-X), out[D] + XA, Color); else Color= Bear; drawline(D,  out[D] - AD*1.272, D + (D-A), out[D] - AD*1.272, Color); drawline(D,  out[D] - XA, D + (A-X), out[D] - XA, Color); end core.drawLine(Up["Gartley"], core.range(X, D), out[X], X, out[D], D, Color);    Up["Gartley"]:setColor(X, Color);    core.host:execute("drawLabel", label_id,  source:date(X), math.max(out[A], out[B]), ""..label..""); label_id = label_id + 1; core.drawLine(Down["Gartley"], core.range(X, A), out[X], X, out[A], A, Color); core.drawLine(Down["Gartley"], core.range(A, B), out[A], A, out[B], B, Color); core.drawLine(Down["Gartley"], core.range(B, C), out[B], B, out[C], C, Color); core.drawLine(Down["Gartley"], core.range(C, D), out[C], C, out[D], D, Color); end elseif  label == "Bull Crab" or  label == "Bear Crab"  then                        if   Selector["Crab"]  then    if out[X] < out[A] then Color= Bull; drawline(D,  out[D] + AD*1.272, D + (D-A), out[D] + AD*1.272, Color); drawline(D,  out[D] + XA, D + (A-X), out[D] + XA, Color); else Color= Bear; drawline(D,  out[D] - AD*1.272, D + (D-A), out[D] - AD*1.272, Color); drawline(D,  out[D] - XA, D + (A-X), out[D]- XA, Color); end core.drawLine(Up["Crab"], core.range(X, D), out[X], X, out[D], D, Color);    Up["Crab"]:setColor(X, Color); core.host:execute("drawLabel", label_id,  source:date(X), math.max(out[A], out[B]), ""..label..""); label_id = label_id + 1; core.drawLine(Down["Crab"], core.range(X, A), out[X], X, out[A], A, Color); core.drawLine(Down["Crab"], core.range(A, B), out[A], A, out[B], B, Color); core.drawLine(Down["Crab"], core.range(B, C), out[B], B, out[C], C, Color); core.drawLine(Down["Crab"], core.range(C, D), out[C], C, out[D], D, Color); end elseif label == "Bull Butterfly" or  label == "Bear Butterfly"  then             if   Selector["Butterfly"]  then if out[X] < out[A] then Color= Bull; drawline(D,  out[D] + AD*1.272, D + (D-A), out[D] + AD*1.272, Color); drawline(D,  out[D] + XA, D + (A-X), out[D] + XA, Color); else Color= Bear; drawline(D,  out[D] - AD*1.272, D + (D-A), out[D] - AD*1.272, Color); drawline(D,  out[D] - XA, D + (A-X), out[D] - XA, Color); end core.drawLine(Up["Butterfly"], core.range(X, D), out[X], X, out[D], D, Color);    Up["Butterfly"]:setColor(X, Color);                  core.host:execute("drawLabel", label_id,  source:date(X), math.max(out[A], out[B]), ""..label..""); label_id = label_id + 1; core.drawLine(Down["Butterfly"], core.range(X, A), out[X], X, out[A], A, Color); core.drawLine(Down["Butterfly"], core.range(A, B), out[A], A, out[B], B, Color); core.drawLine(Down["Butterfly"], core.range(B, C), out[B], B, out[C], C, Color); core.drawLine(Down["Butterfly"], core.range(C, D), out[C], C, out[D], D, Color); end elseif  label ~= "Bull AB=CD" or  label ~= "Bear AB=CD"  then         if   Selector["AB=CD"]  then        if out[A] > out[B] then    Color= Bull; drawline(D,  out[D] + AB*1.272, D + (B-A), out[D] + AB*1.272, Color); drawline(D,  out[D] + AD, D + (D-A), out[D] + AD, Color); else Color= Bear; drawline(D,  out[D] - AB*1.272, D + (B-A), out[D] - AB*1.272, Color); drawline(D,  out[D] - AD, D + (D-A), out[D] - AD, Color); end    core.drawLine(One["AB=CD"], core.range(A, C), out[A], A, out[C], C, Color); core.drawLine(Two["AB=CD"], core.range(B, D), out[B], B, out[D], D, Color);                          One["AB=CD"]:setColor(X, Color); core.host:execute("drawLabel", label_id,  source:date(X), math.max(out[X], out[A]), ""..label..""); label_id = label_id + 1; core.drawLine(Down["AB=CD"], core.range(X, A), out[X], X, out[A], A, Color); core.drawLine(Down["AB=CD"], core.range(A, B), out[A], A, out[B], B, Color); core.drawLine(Down["AB=CD"], core.range(B, C), out[B], B, out[C], C, Color); core.drawLine(Down["AB=CD"], core.range(C, D), out[C], C, out[D], D, Color);        end          end   end   function DECODE ( FLAG)              if FLAG then                 if (out[X]  -(1.27 -Correction/3)*XA) >=  out[B]  and  ( out[X]  - (1.618+Correction/3) *XA) <=  out[B]   and (out[B]  -(1.27-Correction/3) *XA) >=  out[D]  and  ( out[B]  - (1.618+Correction/3) *XA) <=  out[D]   then   return "Bull Three Drives";   end              if (out[A]  -(0.618-Correction/3) *AB) >=  out[C]  and  ( out[A]  - (0.786+Correction/3) *AB) <=  out[C]   and (out[A]  -(1.27-Correction/3) *AB) >=  out[D]  and  ( out[A]  - (1.618+Correction/3) *AB) <=  out[D]   then   return "Bull AB=CD";   end         if (out[A]  -(0.382-Correction) *XA) >=  out[B]  and  ( out[A]  - (0.5+Correction) *XA) <=  out[B]   and  (out[A]  -( 0.382-Correction) *AB) >=  out[C]  and   (out[A]  -(0.886+Correction) *AB) <= out[C]   and  (out[A]  + (1.618-Correction) *AB) >=  out[D]  and   (out[A]  + (2.618 +Correction)*AB) <=  out[D]                        and  (out[A]  - (0.886 -Correction)*XA ) >=  out[D] and (out[A]  - (0.886 +Correction) *XA ) >=  out[D]   then   return "Bull Bat";   end   if (out[A]  -(0.618 -Correction) *XA) >=  out[B]   and (out[A]  -(0.618 +Correction) *XA)<=  out[B]     and  (out[A]  - (0.382-Correction) *AB) >=  out[C]  and   (out[A]  -(0.886+Correction) *AB) <= out[C]   and  (out[A]  + (1.27-Correction) *AB) >=  out[D]  and   (out[A]  + (1.618+Correction) *AB) <=  out[D]                        and  (out[A]  - (0.786 -Correction)*XA ) >=  out[D] and  (out[A]  - (0.786 +Correction)*XA ) <=  out[D]   then   return "Bull Gartley";   end                           if (out[A]  - (0.382-Correction) *XA) >=  out[B]   and (out[A]  - (0.618+Correction) *XA) <=  out[B]   and  (out[A]  - (0.382-Correction) *AB) >=  out[C]   and  (out[A]  - (0.886+Correction) *AB)<=  out[C]     and  (out[A]  - (2.24 -Correction)*AB) >=  out[D]  and   (out[A]  - (3.618+Correction) *AB) <=  out[D]                        and  (out[A]  - ( 1.618 -Correction) *XA ) >=  out[D] and  (out[A]  - (1.618 +Correction) *XA ) <=  out[D]   then   return "Bull Crab";   end                         if (out[A]  - (0.786  -Correction) *XA) >=  out[B]   and (out[A]  - (0.786  +Correction) *XA)<=  out[B]   and  (out[A]  - (0.382-Correction) *AB) >=  out[C]   and  (out[A]  - (0.886 +Correction)*AB)<=  out[C]     and  (out[A]  - (1.618-Correction) *AB) >=  out[D]  and   (out[A]  - (2.618+Correction) *AB) <=  out[D]                        and  (out[A]  - (1.27 -Correction)*XA ) >=  out[D] and  (out[A]  - (1.618+Correction) *XA ) <=  out[D]   then   return "Bull Butterfly";   end                   elseif not FLAG then                if (out[X]  +(1.27 - Correction/3)*XA) <=  out[B]  and  ( out[X]  + (1.618+Correction/3) *XA) >=  out[B]   and (out[B]  +(1.27 - Correction/3)*XA) <=  out[D]  and  ( out[B]  + (1.618+Correction/3) *XA) >=  out[D]   then   return "Bear Three Drives";   end             if (out[A]  +(0.618 - Correction/3)*AB) <=  out[C]  and  ( out[A]  +( 0.786+Correction/3) *AB) >=  out[C]   and (out[A]  +(1.27 - Correction/3)*AB) <=  out[D]  and  ( out[A]  + (1.618+Correction/3) *AB) >=  out[D]   then   return "Bear AB=CD";   end              if (out[A]  +(0.382 - Correction)*XA) <=  out[B]  and  ( out[A]  + (0.5+Correction) *XA) >=  out[B]   and  (out[A]  + (0.382- Correction) *AB) <=  out[C]  and   (out[A]  +(0.886 +Correction)*AB) >= out[C]   and  (out[A]  - (1.618 - Correction)*AB) <=  out[D]  and   (out[A]  - (2.618 +Correction)*AB) >=  out[D]                        and  (out[A]  + (0.886 - Correction)*XA ) <=  out[D] and  (out[A]  + (0.886 +Correction) *XA ) >=  out[D] then return "Bear Bat";   end       if (out[A]  +(0.618  - Correction) *XA) <=  out[B]   and (out[A]  +(0.618 + Correction) *XA)>=  out[B]   and  (out[A]  +(0.382 - Correction)*AB) <=  out[C]  and   (out[A]  +(0.886+Correction) *AB) >= out[C]   and  (out[A]  - (1.27 - Correction)*AB) <=  out[D]  and   (out[A]  - (1.618+Correction) *AB) >=  out[D]                        and  (out[A]  + (0.786 - Correction)*XA ) <=  out[D] and  (out[A]  +( 0.786+ Correction) *XA ) >=  out[D] then return "Bear Gartley";   end                                                            --   return  "Bear Crab";                             if (out[A]  +( 0.382- Correction) *XA) <=  out[B]   and (out[A]  +( 0.618+Correction) *XA) >=  out[B]     and  (out[A]  + (0.382- Correction) *AB) <=  out[C]   and  (out[A] + (0.886+Correction) *AB)>=  out[C]     and  (out[A]  + (2.24 - Correction)*AB) <=  out[D]  and   (out[A]  + (3.618+Correction) *AB) >=  out[D]                        and  (out[A]  + (1.618- Correction) *XA ) <=  out[D]   and  (out[A]  + (1.618+ Correction) *XA ) >=  out[D]   then return  "Bear Crab";   end                         if (out[A]  + (0.786- Correction) *XA) <=  out[B]   and (out[A]  + (0.786+ Correction) *XA) >=  out[B]   and  (out[A]  + (0.382- Correction) *AB) <=  out[C]   and  (out[A] + (0.886 +Correction)*AB)>=  out[C]     and  (out[A]  + (1.618- Correction) *AB) <=  out[D]  and   (out[A]  + (2.618 +Correction)*AB) >=  out[D]                        and  (out[A]  +( 1.27- Correction) *XA ) <=  out[D] and  (out[A]  + (1.618 +Correction)*XA ) >=  out[D]   then return  "Bear Butterfly";   end    end              return nil; end   function drawline(x1, y1, x2, y2, color)   if x1== nil or x2==nil or x1== 0 or x2==0 or x1 >= source:size()-1 or x2 >= source:size()-1 or x1 <= source:first() or x2 <=  source:first() then return; end     if not Show then return; end local  date1 = source:date(x1); local  date2 = source:date(x2);   core.host:execute("drawLine", line_id, date1, y1, date2, y2, color, instance.parameters.style, instance.parameters.width);    line_id=line_id+1; end   function Distance (x1,y1,x2,y2) return math.sqrt((x2-x1)*(x2-x1) + (y2-y1)*(y2-y1)); end

   

  

  roncevaux68

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  11/12/2020 at 5:06 PM #150315
  roncevaux68

  personne pour me donner un coup de main …

  

  roncevaux68

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