uma estratégia comercial baseada na Teoria da Onda de Elliott - página 19
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O uso do indicador construído no MT4 significa automaticamente que você seleciona a média móvel como preço previsto. Você pode selecionar outra coisa. O algoritmo para calcular o RMS em si está correto: a raiz quadrada da soma dos quadrados dividida pelo número de graus de liberdade.
Boa sorte e boa sorte com as tendências.
Vladislav, também gostaria de esclarecer se entendi corretamente sua recomendação.
Vamos lhe dar a fórmula de Taylor:
Considere derivados da parábola f(x)=Ax^2+B
f'(x)=2Ax,
f''(x)=2A,
f''(x)=0, todos os derivados da terceira e acima giram a 0.
Então, de acordo com a fórmula de Taylor, temos séries que consistem apenas dos três primeiros termos. Neste caso, a expansão da função f(x)=Ax^2+B na série Taylor será exata (ou seja, o último termo para o erro de expansão passa a zero). A seguir, precisamos avaliar a qualidade da aproximação das séries de preços pela parábola ideal. Ou seja, nosso principal requisito é que a série de erros de aproximação deve ser convergente (ou seja, a soma dos erros converge para um número finito). E podemos determinar isto simplesmente comparando o erro calculado de aproximação com o terceiro termo de expansão. Estou certo ou não? Então, ao escolher uma parábola e a própria amostra, usamos o critério de que o RMS de erros de aproximação não deve exceder o valor do terceiro termo da série, para uma amostra de valores no intervalo de um a x? Você segue o mesmo princípio em sua estratégia ou não?
A propósito, há alguma inconsistência nisto. Nós otimizamos a parábola utilizando a propriedade da potencialidade de preços (através da perpendicular à parábola) e estimamos os erros de aproximação da forma usual.
O que está errado aqui? Como podemos conciliar a busca da parábola ideal e a estimativa do erro de aproximação?
Boa sorte e boa sorte com as tendências.
A mozet sdelajem v all vmeste konstruktivnuju rabotu?
Digamos, napisat' sovmestno indikator, katoryj beget 4erez vs istoriju do teku4ej ceny i s4ityvajet Elliot waves :)))
Desenvolvedor MT4 tol'ko pablogodorit za takoje.
Neskol'ko moix idej dlia na4ala:
1) Logo no início istoriji opredelit' v kakuju toru cena ili FLAT
2) se FLAT, zdiom poka probivajutsia granitsia flata, tokda smotrim v kakuju storonu dvigajetsia cena, tak opredelajem na4alo ods4iota, s4itajem tol'ko 1-2-3 i A-B-C volny
3) is4em tol'ko "básico" Elliot Wave padrões 1-2-3 i 1-2-3-4-5 + A-B-C volny após okon4anija dvizenija ceny(tendência)
4) Jesli imejem "failed Elliot Wave", zna4it ploxoj ods4iot i tot kusok istroriji nada jes4io raz peresmatret' nas4iot v kakuju storonu dvigajetsia cena intervale pabolshe teku4evo.
5) K etim grafikam xorosho godosho cifra Fibonacci, sami lookit s indikator MT4 v istoriji ot Elliot Wave 1 na4ala do na4ala Elliot Wave 4 - http://www.market-harmonics.com/elliott_wave2.htm
Dopolnitel'no doli poniatija o 4iom re4' pro4itaite http://www.elliottician.com/showpage.asp?p=47 i postaraites' ponat' kak kotritsia "bassic Elliot Wave pattern". Polnoje opisanije na ruskom ses' : http://www.alpari-idc.ru/ru/textbook/tech_an/ew/
V rezultat kod indikatora patom mozno podkrutit' k novojiji versi MT4 kak standartnyj indikator :)
Portanto, você provavelmente faz o seguinte.
Passo 1. Pegue uma amostra
Passo 2. Aproximá-lo com um canal de regressão linear
Passo 3. Encontrar erros de aproximação.
Passo 4. Analisar o gráfico de erros. Supomos que a ordem da função de aproximação deve ser maior ou a amostra dada não pode ser aproximada por nenhuma função contínua se a série de erros divergir ou tiver alguns desvios fortes visíveis ao olho que caiam fora do intervalo de confiança aceitável (o algoritmo de automação de cálculo ainda não está completamente claro).
Passo 5. Repetir os passos 1-4 para uma aproximação por uma parábola (ou outra coisa)
Passo 6. Avalie os erros; se os erros excederem um limite razoável, você simplesmente descarta a amostra dada. Se o gráfico de erro tiver alguma estrutura razoável, então armazenamos as informações sobre amostragem, método de aproximação e informações adicionais sobre funções de aproximação em alguma matriz.
Passo 7. Então, tendo tentado repetidamente todas as amostras possíveis e tendo procurado as variantes ideais de funções aproximadas para cada amostra, paramos naquelas amostras que satisfazem nossas exigências de forma extrema. Também é naturalmente desejável usar seu método recomendado de aproximação de funções não para toda a amostra, mas apenas para 2/3, deixando o último terço para testar os resultados da aproximação (esta é uma sugestão muito valiosa!).
Passo 8. Desenhe aproximações extremas na tabela de preços com continuação no futuro. É natural que seja traçado um intervalo de confiança para cada aproximação.
Passo 9. Assim, vemos onde os limites dos intervalos se cruzam. Em seguida, definimos as datas aproximadas.
Passo 10. Durante a abordagem de preços para os pontos de virada, calculamos a probabilidade de inversão de tendência usando o método de estimativa de erro integral. Provavelmente será necessário calcular a média das estimativas do pivô para todos os canais de aproximação. Para o canal de regressão linear também será necessário calcular o coeficiente Hearst para tê-lo como um parâmetro adicional. Também é bom olhar para os níveis de Murray. Assim, temos uma alta probabilidade de tomar uma decisão sobre a colocação de pedidos pendentes e a determinação de paradas com risco mínimo.
Naturalmente, o consultor especializado que calculará tudo isso será muito extenso (você disse que ele contém 6000 linhas)! E até agora nem tudo está claro em termos de tomada de decisão automática para cada uma das amostras. Bem, eu acho que você só precisa começar a tentar programar este algoritmo, e então, enquanto você experimenta, você pode descobrir algo que é difícil de entender mesmo em um nível teórico, mas que se tornará claro por si só durante o experimento. E de fato, o tempo de cálculo será bastante significativo. Você disse que as primeiras variantes trabalharam por 30-40 minutos em uma máquina fraca. Bem, em um P4 de 2,4 GHz você deve esperar cerca de 10 minutos de tempo de computação.
A respeito dos métodos de aproximação, encontrei o seguinte tutorial interessante.
Como você não precisa da parábola em si, você pode aproximar imediatamente os derivados. O coeficiente de regressão é o que você precisa (daí a série Taylor ;) ). Então você não vai se importar qual é a forma da trajetória - o principal é estimar corretamente o intervalo de confiança. Por favor, leia atentamente a literatura recomendada, ela contém informações suficientes.
Boa sorte e boas tendências.
Entendi... :)
Vot odin iz moix staryx mql3:
/*[[ Name := Elliot wave recognization Author := Copyright © 2004, T-1000, Lithuania Notes := Searches for Elliot wave patterns and places markers on chart Link := irc://irc.omnitel.net/forex Update on every tick := Yes Enable Alerts := Yes Disable alert once hit := Yes Lots := 0.1 Stop Loss := 70 Take Profit := 150 Trailing Stop := 35 ]]*/ /* An Impulse pattern moves in the direction of the underlying trend and is made up of five waves, or moves. Each wave is labeled at its endpoint. The Elliott Wave Principle identifies an Impulse wave when: 1. Wave 2 does not fall below the starting price of wave 1. 2. Wave 3 is not the shortest wave by price movement when comparing to wave 1 and wave 5. 3. Wave 4 does not overlap the range of wave 1. */ Defines: MaxBars(200),RetracementBars(100),EWPeriod(10),NoisePips(30),MinTakeProfit(50),SARstep(0.0015),SARmax(0.0100); Defines: MaxTrades(1),AntiStopLoss(0),Slippage(5),DelayedBidsTimeout(172800),BidStopPoints(60),BidLimitPoints(50),TrailingStep(10),IncrementLots(1),MinMoney(0),MiniForexMode(1); vars: counter(0),counter2(0),ComputedPricesCount(0),StartMoney(0); vars: EW1(0),EW2(0),EW3(0),EW4(0),EW5(0); vars: LastEW1(0),LastEW2(0),LastEW3(0),LastEW4(0),LastEW5(0); vars: EW0MARK(0),EW1MARK(0),EW2MARK(0),EW3MARK(0),EW4MARK(0),EW5MARK(0),EW3ORDERMARK(0),ORDERMARK(0),ORDERANGLE(0),ORDERSKIP(0),ORDERPRICE(0),ORDERCOUNT(0),MinTakeProfitPtS(0); vars: MaxPrice(0),MinPrice(0),WaveAngle(0),tempval(0),tempval2(""); vars: EW1MARKTIME(0),EW2MARKTIME(0),EW3MARKTIME(0),EW4MARKTIME(0),EW5MARKTIME(0),EW5PRICE(0),ENTRYPRICE(0),LASTENTRYPRICE(0); vars: EW1MARKARROW(0),EW2MARKARROW(0),EW3MARKARROW(0),EW4MARKARROW(0),EW5MARKARROW(0); vars: EW1MARKBAR(0),EW2MARKBAR(0),EW3MARKBAR(0),EW4MARKBAR(0),EW5MARKBAR(0); vars: MaxPriceBar(0),MinPriceBar(0),BarsShift(0),BarsCount(0),init(0),prevbars(0),CalcBarDiff(0); vars: ParabolicSAR(0),SARAngle(0),MA(0),MA2(0),ShortMA(0),LongMA(0),TrailingStopPoint(0),Trace(0),MACD(0),ShortMACD(0),MACDAngle(0),ShortMACDAngle(0); vars: TradingPrice(0),TotalLots(0),TradesCount(0),StartDeposit(0),BuyStopLoss(0),SellStopLoss(0),BuyBidStopLoss(0),SellBidStopLoss(0); vars: BuyLimitStopLoss(0),SellLimitStopLoss(0),TrailingStopLoss(0),BidStopPts(0),BidLimitPts(0),OrderType(0),LastBidTime(0),BadOrder(0),CloseBadOrder(0); vars: LastBadTime(0),OrderRecovery(0),LastOp(0),LastOldOp(0),BuyOp(0),SellOp(0),EntryTrail(0),StopLossTrail(0); vars: Bears(0),Bulls(0),BearsAngle(0),BullsAngle(0); vars: Pivot(0),SupportLevel1(0),SupportLevel2(0),ResistanceLevel1(0),ResistanceLevel2(0); vars: tmpPivot(0),tmpSupportLevel1(0),tmpSupportLevel2(0),tmpResistanceLevel1(0),tmpResistanceLevel2(0); vars: RSI(0),CCI(0),ShortRSI(0),PriceLevel(0),LastPriceLevel(0),FiboLevel(0); vars: EWOscillator(0),EWLevel(0),ShortPeriod(0),LongPeriod(0),LastEW(0); if Bars < MaxBars * 2 + RetracementBars + 1 then exit; if init = 0 then { EW0MARK = 0; EW1MARK = 0; EW2MARK = 0; EW3MARK = 0; EW4MARK = 0; EW5MARK = 0; ORDERMARK = 0; TotalLots = Lots; prevbars = 0; if BidStopPts < BidStopPoints then BidStopPts = BidStopPoints; if BidLimitPts < BidLimitPoints then BidLimitPts = BidLimitPoints; BidStopPts = BidStopPts * Point; BidLimitPts = BidLimitPts * Point; StartDeposit = MinMoney; if StartDeposit = 0 then StartMoney=Balance else StartMoney = StartDeposit; Print(AccountName,"(#",AccountNumber,") ",Symbol," Elliot Wave Retracement analizer loaded."); init = 1; } if StopLoss > 0 then { BuyStopLoss=PriceAsk- StopLoss * Point; SellStopLoss=PriceBid + StopLoss * Point; BuyBidStopLoss = BuyStopLoss + BidstopPts; SellBidStopLoss = SellStopLoss - BidstopPts; BuyLimitStopLoss=PriceAsk - StopLoss * Point - BidLimitPts; SellLimitStopLoss=PriceBid + StopLoss * Point + BidLimitPts; } // Adjust remaining money in loss if Balance < StartMoney then { //StartMoney=Balance; TotalLots = Lots; } // Check if we have automated incremental Lots calculation if IncrementLots > 0 and (FreeMargin / StartMoney > 2) then { if MiniForexMode = 1 then TotalLots = Normalize(FreeMargin / StartMoney * Lots - 0.1,1); if MiniForexMode = 0 then TotalLots = Normalize(FreeMargin / StartMoney * Lots - 1,0); // forex type account cannot have part of lots if TotalLots < Lots then TotalLots = Lots; } /**************************************************** Indicators ********************************************************/ if Bars != prevbars // Save extra CPU when making signals because we do not have new price in chart in test mode then { Bears=iBearsPower(RetracementBars,MODE_HIGH,0); Bulls=iBullsPower(RetracementBars,MODE_LOW,0); RSI=iRSI(RetracementBars,0); CCI=iCCI(MaxBars,0); ShortRSI=iRSI(RetracementBars/5,0); ParabolicSAR=iSAR(SARstep,SARmax,0); MA=iMA(MaxBars,MODE_EMA,0); MA2=iMA(MaxBars,MODE_SMA,0); ShortMA=iMA(RetracementBars,MODE_EMA,0); LongMA=iMA(MaxBars*2,MODE_LWMA,0); MACD=iMACD(RetracementBars,MaxBars,RetracementBars,MODE_EMA,0); ShortMACD=iMACD(RetracementBars/5,RetracementBars,RetracementBars/5,MODE_EMA,0); MaxPriceBar = Highest (MODE_CLOSE,MaxBars+1, MaxBars*2); MinPriceBar = Lowest (MODE_CLOSE, MaxBars+1, MaxBars*2); if MaxPriceBar < MinPriceBar //and EW0MARK = 0 // first Elliot Wave would be UP then WaveAngle = 1; if MinPriceBar < MaxPriceBar //and EW0MARK = 0 // first Elliot Wave would be DOWN then WaveAngle = 2; MaxPrice = Close[MaxPriceBar]; MinPrice = Close[MinPriceBar]; if WaveAngle = 1 then FiboLevel = (MaxPrice - MinPrice) / (Open - MinPrice) * 100 else FiboLevel = (MaxPrice - MinPrice) / (MaxPrice - Open ) * 100; //LastPriceLevel=0; if Bars > prevbars then { ORDERANGLE = 0; Pivot=0; SupportLevel1=0; SupportLevel2=0; ResistanceLevel1=0; ResistanceLevel2=0; LastPriceLevel=PriceLevel; for counter=RetracementBars downto 0 Begin MaxPriceBar = Highest (MODE_CLOSE,MaxBars+1+counter, MaxBars); MinPriceBar = Lowest (MODE_CLOSE, MaxBars+1+counter, MaxBars); MaxPrice = Close[MaxPriceBar]; MinPrice = Close[MinPriceBar]; /* Pivot point (Pivot) = (H + L + C) / 3 First resistance level (R1) = (2 * P) - L First support level (S1) = (2 * P) - H Second resistance level (R2) = P + (R1 - S1) Second support level (S2) = P - (R1 - S1) H, L, C are the previous High, Low and Close. */ tmpPivot=(MaxPrice+MinPrice+Open[counter+MaxBars]) / 3; tmpResistanceLevel1=(2 * tmpPivot) - MinPrice; tmpSupportLevel1=(2 * tmpPivot) - MaxPrice; tmpResistanceLevel2=tmpPivot + (tmpResistanceLevel1 - tmpSupportLevel1); tmpSupportLevel2=tmpPivot - (tmpResistanceLevel1 - tmpSupportLevel1); Pivot=Pivot + tmpPivot; ResistanceLevel1=ResistanceLevel1 + tmpResistanceLevel1; SupportLevel1=SupportLevel1 + tmpSupportLevel1; ResistanceLevel2=ResistanceLevel2 + tmpResistanceLevel2; SupportLevel2=SupportLevel2 + tmpSupportLevel2; if counter < MaxBars then { Pivot=Pivot / 2; ResistanceLevel1=ResistanceLevel1 / 2; SupportLevel1=SupportLevel1 / 2; ResistanceLevel2=ResistanceLevel2 / 2; SupportLevel2=SupportLevel2 / 2; } End; if WaveAngle = 1 then PriceLevel = (Open / Point - SupportLevel2 / Point) / (ResistanceLevel2 / Point - SupportLevel2 / Point) * 100; if WaveAngle = 2 then PriceLevel = -(ResistanceLevel2 / Point - Open / Point) / (ResistanceLevel2 / Point - SupportLevel2 / Point) * 100 ; if PriceLevel >151 or PriceLevel < -151 then { ComputedPricesCount=Normalize(PriceLevel / 100,0); if ComputedPricesCount < 0 then ComputedPricesCount = -ComputedPricesCount; ComputedPricesCount=(2 + ComputedPricesCount) * MaxBars; //Print(TimeToStr(time[shift]),": ",Symbol," Price Level is over limit:",PriceLevel," Increasing Prices Count to:",ComputedPricesCount); if Bars <= ComputedPricesCount + MaxBars + 1 then exit;//Avoid out of range computing ORDERANGLE = 0; Pivot=0; SupportLevel1=0; SupportLevel2=0; ResistanceLevel1=0; ResistanceLevel2=0; for counter=RetracementBars downto 0 Begin MaxPriceBar = Highest (MODE_CLOSE,ComputedPricesCount+1+counter, ComputedPricesCount); MinPriceBar = Lowest (MODE_CLOSE, ComputedPricesCount+1+counter, ComputedPricesCount); MaxPrice = Close[MaxPriceBar]; MinPrice = Close[MinPriceBar]; /* Pivot point (Pivot) = (H + L + C) / 3 First resistance level (R1) = (2 * P) - L First support level (S1) = (2 * P) - H Second resistance level (R2) = P + (R1 - S1) Second support level (S2) = P - (R1 - S1) H, L, C are the previous High, Low and Close. */ tmpPivot=(MaxPrice+MinPrice+Open[counter+ComputedPricesCount]) / 3; tmpResistanceLevel1=(2 * tmpPivot) - MinPrice; tmpSupportLevel1=(2 * tmpPivot) - MaxPrice; tmpResistanceLevel2=tmpPivot + (tmpResistanceLevel1 - tmpSupportLevel1); tmpSupportLevel2=tmpPivot - (tmpResistanceLevel1 - tmpSupportLevel1); Pivot=Pivot + tmpPivot; ResistanceLevel1=ResistanceLevel1 + tmpResistanceLevel1; SupportLevel1=SupportLevel1 + tmpSupportLevel1; ResistanceLevel2=ResistanceLevel2 + tmpResistanceLevel2; SupportLevel2=SupportLevel2 + tmpSupportLevel2; if counter < MaxBars then { Pivot=Pivot / 2; ResistanceLevel1=ResistanceLevel1 / 2; SupportLevel1=SupportLevel1 / 2; ResistanceLevel2=ResistanceLevel2 / 2; SupportLevel2=SupportLevel2 / 2; } End; if WaveAngle = 1 then PriceLevel = (Open / Point - SupportLevel2 / Point) / (ResistanceLevel2 / Point - SupportLevel2 / Point) * 100; if WaveAngle = 2 then PriceLevel = -(ResistanceLevel2 / Point - Open / Point) / (ResistanceLevel2 / Point - SupportLevel2 / Point) * 100 ; } MoveObject("Pivot",OBJ_HLINE,Time,Pivot,Time[MaxBars],Pivot,White,1,STYLE_SOLID); MoveObject(" ResistanceLevel2",OBJ_HLINE,Time,ResistanceLevel2,Time[MaxBars],ResistanceLevel2,Blue,1,STYLE_SOLID); MoveObject(" SupportLevel2",OBJ_HLINE,Time,SupportLevel2,Time[MaxBars],SupportLevel2,Blue,1,STYLE_SOLID); MoveObject(" ResistanceLevel1",OBJ_HLINE,Time,ResistanceLevel1,Time[MaxBars],ResistanceLevel1,Red,1,STYLE_SOLID); MoveObject(" SupportLevel1",OBJ_HLINE,Time,SupportLevel1,Time[MaxBars],SupportLevel1,Red,1,STYLE_SOLID); if MaxPriceBar < MinPriceBar then MoveObject("Fibo",OBJ_FIBO,Time,ResistanceLevel2,Time[MaxBars],SupportLevel2,Green,1,STYLE_DOT) else MoveObject("Fibo",OBJ_FIBO,Time,SupportLevel2,Time[MaxBars],ResistanceLevel2,Green,1,STYLE_DOT); } /* if WaveAngle = 1 and PriceLevel > 0 and PriceLevel < 50 then WaveAngle = 2; if WaveAngle = 2 and PriceLevel < 0 and PriceLevel > -50 then WaveAngle = 1; */ /* if EW3MARK = 1 then { //Print("EW0MARK:",EW0MARK," EW1MARK:",EW1MARK," EW2MARK:",EW2MARK," EW3MARK:",EW3MARK," EW3MARKBAR=",EW3MARKBAR," EW4MARK:",EW4MARK," EW0:",EW5PRICE," EW1:",EW1," EW2:",EW2," EW3:",EW3); //Print("EW1MARKBAR:",EW1MARKBAR," EW2MARKBAR:",EW2MARKBAR," EW3MARKBAR:",EW3MARKBAR," EW3MARKBAR=",EW3MARKBAR," EW4MARK:",EW4MARK," EW0:",EW5PRICE," EW1:",EW1," EW2:",EW2," EW3:",EW3); Print(TimeToStr(time), ": EW0=",TimeToStr(EW5MARKTIME), " ",EW5, " EW1=",TimeToStr(EW1MARKTIME), " ",EW1, " EW2=",TimeToStr(EW2MARKTIME), " ",EW2, " EW3=",TimeToStr(EW3MARKTIME), " ",EW3 ); } */ // Reallign Elliot Wave marked bars if EW0MARK > 0 then EW5MARKBAR = 0; if EW1MARK > 0 then EW1MARKBAR = 0; if EW2MARK > 0 then EW2MARKBAR = 0; if EW3MARK > 0 then EW3MARKBAR = 0; if EW4MARK > 0 then EW4MARKBAR = 0; if EW5MARK > 0 then EW5MARKBAR = 0; if EW0MARK > 0 or EW5MARK > 0 then for counter = 0 to Bars -1 { if EW5MARKBAR > 0 then break; // reallign finished tempval = time[counter]; if EW5MARK = 0 and tempval = EW5MARKTIME then EW5MARKBAR = counter; if EW1MARK > 0 and tempval = EW1MARKTIME then EW1MARKBAR = counter; if EW2MARK > 0 and tempval = EW2MARKTIME then EW2MARKBAR = counter; if EW3MARK > 0 and tempval = EW3MARKTIME then EW3MARKBAR = counter; if EW4MARK > 0 and tempval = EW4MARKTIME then EW4MARKBAR = counter; if EW5MARK > 0 and tempval = EW5MARKTIME then EW5MARKBAR = counter; } CalcBarDiff=(time[0]-time[Bars-1])/60/Period - Bars + 1; if Bars < MaxBars+2 or (EW1MARK = 1 and EW1MARKBAR = 0) or (EW2MARK = 1 and EW2MARKBAR = 0) or (EW3MARK = 1 and EW3MARKBAR = 0) or (EW4MARK = 1 and EW4MARKBAR = 0) or (EW0MARK = 1 and EW5MARKBAR = 0) or (EW5MARK = 1 and EW5MARKBAR = 0) or EW1MARKBAR > Bars - 1 or EW2MARKBAR > Bars - 1 or EW3MARKBAR > Bars - 1 or EW4MARKBAR > Bars - 1 or EW5MARKBAR > Bars - 1 then { if Bars > MaxBars+2 and prevbars < Bars then { //prevbars=Bars; /* Print("Bars:",Bars," EW1MARKBAR:",EW1MARKBAR," EW2MARKBAR:",EW2MARKBAR," EW3MARKBAR:",EW3MARKBAR," EW3MARKBAR=",EW3MARKBAR," EW4MARKBAR:",EW4MARKBAR," EW5MARKBAR:",EW5MARKBAR); Print(TimeToStr(time), ": EW0=",TimeToStr(EW5MARKTIME), " ",EW5, " EW1=",TimeToStr(EW1MARKTIME), " ",EW1, " EW2=",TimeToStr(EW2MARKTIME), " ",EW2, " EW3=",TimeToStr(EW3MARKTIME), " ",EW3 ); //print(time[1]," ",time[Bars-1]," ",time[100]," ",time[1]-time[Bars-1]," ",(time[1]-time[Bars-1])/60/Period, " ", time[0] - EW5MARKTIME); */ if EW0MARK = 1 and EW1MARK = 0 then print("ERROR: Bars:",Bars-1," EW0 Bar:", EW5MARKBAR, " EW0 Time:",TimeToStr(EW5MARKTIME), " Calculated EW0 Time:",TimeToStr(time[EW5MARKBAR])," EW0 Bars Diff:",(EW5MARKTIME-time[EW5MARKBAR])/60/Period); if EW1MARK = 1 and EW2MARK = 0 then print("ERROR: Bars:",Bars-1," EW1 Bar:", EW1MARKBAR, " EW1 Time:",TimeToStr(EW1MARKTIME), " Calculated EW1 Time:",TimeToStr(time[EW1MARKBAR])," EW1 Bars Diff:",(EW1MARKTIME-time[EW1MARKBAR])/60/Period); if EW2MARK = 1 and EW3MARK = 0 then print("ERROR: Bars:",Bars-1," EW2 Bar:", EW2MARKBAR, " EW2 Time:",TimeToStr(EW2MARKTIME), " Calculated EW2 Time:",TimeToStr(time[EW2MARKBAR])," EW2 Bars Diff:",(EW2MARKTIME-time[EW2MARKBAR])/60/Period); if EW3MARK = 1 and EW4MARK = 0 then print("ERROR: Bars:",Bars-1," EW3 Bar:", EW3MARKBAR, " EW3 Time:",TimeToStr(EW3MARKTIME), " Calculated EW3 Time:",TimeToStr(time[EW3MARKBAR])," EW3 Bars Diff:",(EW3MARKTIME-time[EW3MARKBAR])/60/Period); if EW4MARK = 1 and EW5MARK = 0 then print("ERROR: Bars:",Bars-1," EW4 Bar:", EW4MARKBAR, " EW4 Time:",TimeToStr(EW4MARKTIME), " Calculated EW4 Time:",TimeToStr(time[EW4MARKBAR])," EW4 Bars Diff:",(EW4MARKTIME-time[EW4MARKBAR])/60/Period); if EW5MARK = 1 and EW0MARK = 0 then print("ERROR: Bars:",Bars-1," EW5 Bar:", EW5MARKBAR, " EW5 Time:",TimeToStr(EW5MARKTIME), " Calculated EW5 Time:",TimeToStr(time[EW5MARKBAR])," EW5 Bars Diff:",(EW5MARKTIME-time[EW5MARKBAR])/60/Period); } EW0MARK=0; EW1MARK=0; EW1=0; EW1MARKTIME=0; EW1MARKBAR=0; EW2MARK=0; EW2=0; EW2MARKTIME=0; EW2MARKBAR=0; EW3MARK=0; EW3=0; EW3MARKTIME=0; EW3MARKBAR=0; EW4MARK=0; EW4=0; EW4MARKTIME=0; EW4MARKBAR=0; EW5MARK=0; EW5=0; EW5MARKTIME=0; EW5MARKBAR=0; ORDERMARK=0; exit; } if EW0MARK = 0 and EW1MARK = 0 then { EW0MARK = 0; EW1MARK = 0; EW1MARKBAR = 0; EW1MARKTIME = 0; EW2MARK = 0; EW2MARKBAR = 0; EW2MARKTIME = 0; EW3MARK = 0; EW3MARKBAR = 0; EW3MARKTIME = 0; EW4MARK = 0; EW4MARKBAR = 0; EW4MARKTIME = 0; EW5MARK = 0; EW5MARKBAR = 0; EW5MARKTIME = 0; } MaxPriceBar = Highest (MODE_CLOSE,MaxBars+1, MaxBars); MinPriceBar = Lowest (MODE_CLOSE, MaxBars+1, MaxBars); MaxPrice = Close[MaxPriceBar]; MinPrice = Close[MinPriceBar]; //MaxPriceBar=time[MaxPriceBar]; //MinPriceBar=time[MinPriceBar]; if EW0MARK = 1 and EW2MARK = 0 and EW3MARK = 0 // Recalculate EW entry point while have only Elliot Wave [I] then { MaxPriceBar = Highest (MODE_CLOSE,MaxBars+1, MaxBars); MinPriceBar = Lowest (MODE_CLOSE, MaxBars+1, MaxBars); MaxPrice = Close[MaxPriceBar]; MinPrice = Close[MinPriceBar]; if (WaveAngle = 1 and MinPrice < EW5PRICE) or (WaveAngle = 2 and MaxPrice > EW5PRICE) then { if EW5MARKBAR <= MaxBars then { DelArrow(EW5MARKTIME,EW5PRICE + StopLoss / 2 * Point); DelArrow(EW5MARKTIME,EW5PRICE - StopLoss / 2 * Point); } EW0MARK=0; } } /* if WaveAngle = 1 and Close[counter] > MaxPrice then print("Counter:",counter, " MaxPrice:",MaxPrice); if WaveAngle = 2 and Close[counter] < MaxPrice then print("Counter:",counter, " MinPrice:",MinPrice); /* //Reallign Elliot wave entry point if WaveAngle = 1 and MaxPriceBar < RetracementBars then WaveAngle = 2 else if WaveAngle = 2 and MinPriceBar < RetracementBars then WaveAngle = 1; */ //print("PriceLevel:",PriceLevel); if (EW0MARK = 0) //or (MaxPriceBar > MinPriceBar and WaveAngle = 1) //or (MaxPriceBar < MinPriceBar and WaveAngle = 2) then { EW0MARK=1; EW1MARK=0; EW2MARK=0; EW3MARK=0; EW4MARK=0; EW5MARK=0; if WaveAngle = 1 // try to mark first Elliot Wave then { EW5=MinPrice; EW5MARKBAR=MinPriceBar; EW5MARKTIME=time[MinPriceBar]; EW5PRICE=MinPrice; EW1=MinPrice; //SetArrow(EW5MARKTIME,EW5PRICE,128,White); SetArrow(EW5MARKTIME,EW5PRICE - StopLoss / 2 * Point,384,White); Comment("\nEWTrend=Possible UP", "\nLastTime=",TimeToStr(time[0]), "\nEW0=",TimeToStr(EW5MARKTIME), " ",EW5, "\nPivot ",Pivot, "\nResistance Level I ",ResistanceLevel1, "\nSupport Level I ",SupportLevel1, "\nResistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); //Print(Symbol," EW0 Time:",TimeToStr(EW5MARKTIME),": EW0:",EW5," WaveAngle:",WaveAngle," MaxPriceBar:",MaxPriceBar," MinPriceBar:",MinPriceBar); } if WaveAngle = 2 // try to mark first reversed Elliot Wave then { EW5=MaxPrice; EW5MARKBAR=MaxPriceBar; EW5MARKTIME=time[MaxPriceBar]; EW5PRICE=MaxPrice; EW1=MaxPrice; //SetArrow(EW5MARKTIME,EW5PRICE,128,Violet); SetArrow(EW5MARKTIME,EW5PRICE + StopLoss / 2 * Point,384,Violet); Comment("\nEWTrend=Possible DOWN", "\nLastTime=",TimeToStr(time[0]), "\nEW0=",TimeToStr(EW5MARKTIME), " ",EW5, "\nPivot ",Pivot, "\nResistance Level I ",ResistanceLevel1, "\nSupport Level I ",SupportLevel1, "\nResistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); //Print(Symbol," EW0 Time:",TimeToStr(EW5MARKTIME),": EW0:",EW5," WaveAngle:",WaveAngle," MaxPriceBar:",MaxPriceBar," MinPriceBar:",MinPriceBar); } //print ("waveangle=",WaveAngle); } //if IsTesting and EW3MARK = 1 then print("EW0MARK:",EW0MARK," EW1MARK:",EW1MARK," EW2MARK:",EW2MARK," EW3MARK:",EW3MARK," EW4MARK:",EW4MARK); BarsShift=EW5MARKBAR; /* if EW5MARKBAR > MaxBars then // reset EW count start entry { EW0MARK=0; if WaveAngle = 1 then DelArrow(EW5MARKTIME,EW5PRICE + StopLoss / 2 * Point); if WaveAngle = 2 then DelArrow(EW5MARKTIME,EW5PRICE - StopLoss / 2 * Point); } */ if EW0MARK=1 and EW2MARK=0 and EW3MARK=0 // and EW5MARKBAR > BarsCount then for counter=BarsShift - 1 downto 1 Begin BarsCount = BarsShift - counter; MaxPriceBar = Highest (MODE_CLOSE,EW5MARKBAR , BarsCount); MinPriceBar = Lowest (MODE_CLOSE,EW5MARKBAR , BarsCount); MaxPrice = Close[MaxPriceBar]; MinPrice = Close[MinPriceBar]; if WaveAngle = 1 and MaxPrice > EW1 and MaxPriceBar < EW5MARKBAR then { EW1 = MaxPrice; if EW1MARKBAR <= MaxBars then DelArrow(EW1MARKTIME , Open[counter] + StopLoss / 2 * Point); EW1MARKTIME=time[MaxPriceBar]; //print("EW1=",EW1); } if WaveAngle = 2 and MinPrice < EW1 and MinPriceBar < EW5MARKBAR then { if EW1MARKBAR <= MaxBars then DelArrow(EW1MARKTIME , Open[counter] - StopLoss / 2 * Point); EW1MARKTIME=time[MinPriceBar]; EW1 = MinPrice; //print("EW1=",EW1); } /* if IsTesting and (counter = BarsShift-1 or counter = 1) then { if WaveAngle = 1 then print("BarCount:",BarsCount ," Counter:",counter," Price:",Close[counter]," MaxPrice: ",MaxPrice," MaxPriceBar:",MaxPriceBar); if WaveAngle = 2 then print("BarCount:",BarsCount ," Counter:",counter," Price:",Close[counter]," MinPrice:",MinPrice," MinPriceBar:",MinPriceBar); print("Bars:",Bars-1," EW0 Bar:", EW5MARKBAR, " EW0 Time:",TimeToStr(EW5MARKTIME), " Calculated EW0 Time:",TimeToStr(time[EW5MARKBAR])," EW0 Bars Diff:",(EW5MARKTIME-time[EW5MARKBAR])/60/Period); print("Bars:",Bars-1," EW1 Bar:", EW1MARKBAR, " EW1 Time:",TimeToStr(EW1MARKTIME), " Calculated EW1 Time:",TimeToStr(time[EW1MARKBAR])," EW1 Bars Diff:",(EW1MARKTIME-time[EW1MARKBAR])/60/Period); print("WaveAngle:",WaveAngle," EW1MARK:",EW1MARK," EW0:",EW5PRICE," EW1:",EW1); } */ if WaveAngle = 1 and Close[EW5MARKBAR] + NoisePips * Point < Close[counter] and MaxPrice <= Close[counter] and EW1 > Close[EW5MARKBAR] + NoisePips * Point and EW1 <= close[counter] then { if EW1MARKBAR <= MaxBars then DelArrow(EW1MARKTIME , Open[counter] + StopLoss / 2 * Point); if Close[counter] > MaxPrice then { EW1 = Close[counter]; EW1MARKTIME=time[counter]; } EW1MARK=1; EW2=EW1; EW1MARKTIME=time[counter]; EW1MARKBAR=counter; //SetArrow(EW1MARKTIME,Open[counter] + StopLoss / 2 * Point,129,White); Comment("\nEWTrend=Possible UP", "\nEW0=",TimeToStr(EW5MARKTIME), " ",EW5, "\nEW1=",TimeToStr(EW1MARKTIME), " ",EW1, "\nPivot ",Pivot, "\nResistance Level I ",ResistanceLevel1, "\nSupport Level I ",SupportLevel1, "\nResistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); //Print("EW1 Time:",TimeToStr(EW1MARKTIME),": EW1:",EW1," WaveAngle:",WaveAngle," MaxPriceBar:",MaxPriceBar," MinPriceBar:",MinPriceBar); } if WaveAngle = 2 and Close[EW5MARKBAR] - NoisePips * Point > Close[counter] and MinPrice >= Close[counter] and EW1 < Close[EW5MARKBAR] - NoisePips * Point and EW1 >= close[counter] then { if EW1MARKBAR <= MaxBars then DelArrow(EW1MARKTIME , Open[counter] - StopLoss / 2 * Point); if Close[counter] < MinPrice then { EW1 = Close[counter]; EW1MARKTIME=time[counter]; } EW1MARK=1; EW2=EW1; EW1MARKBAR=counter; //SetArrow(EW1MARKTIME,Open[counter] - StopLoss / 2 * Point,129,Violet); Comment("\nEWTrend=Possible DOWN", "\nEW0=",TimeToStr(EW5MARKTIME), " ",EW5, "\nEW1=",TimeToStr(EW1MARKTIME), " ",EW1, "\nPivot ",Pivot, "\nResistance Level I ",ResistanceLevel1, "\nSupport Level I ",SupportLevel1, "\nResistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); //Print("EW1 Time:",TimeToStr(EW1MARKTIME),": EW1:",EW1," WaveAngle:",WaveAngle," MaxPriceBar:",MaxPriceBar," MinPriceBar:",MinPriceBar); } if EW1MARK = 1 and counter < EW1MARKBAR and (WaveAngle = 1 and Close[counter] < EW1 - NoisePips * Point or (WaveAngle = 2 and Close[counter] > EW1 + NoisePips * Point)) then // Wave 1 ended { EW3MARK=1; break; } End; if EW0MARK=1 and EW2MARK=0 and EW3MARK=1 then { EW3MARK=0; if WaveAngle = 1 then { if EW1MARKBAR <= MaxBars then DelArrow(EW1MARKTIME, EW1 + StopLoss / 2 * Point); SetArrow(EW1MARKTIME, EW1 + StopLoss / 2 * Point,129,White); } else { if EW1MARKBAR <= MaxBars then DelArrow(EW1MARKTIME, EW1 - StopLoss / 2 * Point); SetArrow(EW1MARKTIME, EW1 - StopLoss / 2 * Point,129,Violet); } } BarsShift=EW1MARKBAR; if Bars < BarsShift then exit; // Check for failed Elliot Wave 1 if (EW3MARK=0 and EW1MARK=1 and EW2MARK=0 and WaveAngle = 1 and EW1 < EW5PRICE - NoisePips * Point) or (EW3MARK=0 and EW1MARK=1 and EW2MARK=0 and WaveAngle = 2 and EW1 > EW5PRICE + NoisePips * Point) then { for counter=1 to EW5MARKBAR { DelArrow(time[counter] , Close[counter] + StopLoss / 2 * Point); DelArrow(time[counter] , Close[counter] - StopLoss / 2 * Point); } EW0MARK=0; EW1MARK=0; EW2MARK=0; EW3MARK=0; EW4MARK=0; EW5MARK=0; } if EW1MARK=1 and EW3MARK=0 then for counter=BarsShift - 1 downto 1 Begin BarsCount = BarsShift - counter; MaxPriceBar = Highest (MODE_CLOSE,EW1MARKBAR , BarsCount); MinPriceBar = Lowest (MODE_CLOSE,EW1MARKBAR , BarsCount); MaxPrice = Close[MaxPriceBar]; MinPrice = Close[MinPriceBar]; if WaveAngle = 1 and MinPrice < EW2 and MinPriceBar < EW5MARKBAR then { if EW2MARKBAR <= MaxBars then DelArrow(EW2MARKTIME , Open[counter] - StopLoss / 2 * Point); EW2 = MinPrice; EW2MARKTIME=time[MinPriceBar]; } if WaveAngle = 2 and MaxPrice > EW2 and MaxPriceBar < EW5MARKBAR then { if EW2MARKBAR <= MaxBars then DelArrow(EW2MARKTIME , Open[counter] + StopLoss / 2 * Point); EW2 = MaxPrice; EW2MARKTIME=time[MaxPriceBar]; } if WaveAngle = 1 and Close[EW1MARKBAR] - NoisePips * Point > Close[counter] and MinPrice >= Close[counter] and EW2 < Close[EW1MARKBAR] - NoisePips * Point and EW2 > close[counter] then { if EW2MARKBAR <= MaxBars then DelArrow(EW2MARKTIME , Open[counter] - StopLoss / 2 * Point); if Close[counter] < MinPrice then { EW2 = Close[counter]; EW2MARKTIME=time[counter]; } EW3=EW2; EW2MARK=1; EW2MARKBAR=counter; EW3MARKBAR=EW2MARKBAR; //SetArrow(EW2MARKTIME,Open[counter] - StopLoss / 2 * Point,130,White); Comment("\nEWTrend=Possible UP", "\nEW0=",TimeToStr(EW5MARKTIME), " ",EW5, "\nEW1=",TimeToStr(EW1MARKTIME), " ",EW1, "\nEW2=",TimeToStr(EW2MARKTIME), " ",EW2, "\nPivot ",Pivot, "\nResistance Level I ",ResistanceLevel1, "\nSupport Level I ",SupportLevel1, "\nResistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); //Print("EW2 Time:",TimeToStr(EW2MARKTIME),": EW2:",EW2," WaveAngle:",WaveAngle," MaxPriceBar:",MaxPriceBar," MinPriceBar:",MinPriceBar); } if WaveAngle = 2 and Close[EW1MARKBAR] + NoisePips * Point < Close[counter] and MaxPrice <= Close[counter] and EW2 > Close[EW1MARKBAR] + NoisePips * Point and EW2 < close[counter] then { if EW2MARKBAR <= MaxBars then DelArrow(EW2MARKTIME , Open[counter] + StopLoss / 2 * Point); if Close[counter] > MaxPrice then { EW2 = Close[counter]; EW2MARKTIME=time[counter]; } EW3=EW2; EW2MARK=1; EW2MARKBAR=counter; EW3MARKBAR=EW2MARKBAR; //SetArrow(EW2MARKTIME,Open[counter] + StopLoss / 2 * Point,130,Violet); Comment("\nEWTrend=Possible DOWN", "\nEW0=",TimeToStr(EW5MARKTIME), " ",EW5, "\nEW1=",TimeToStr(EW1MARKTIME), " ",EW1, "\nEW2=",TimeToStr(EW2MARKTIME), " ",EW2, "\nPivot ",Pivot, "\nResistance Level I ",ResistanceLevel1, "\nSupport Level I ",SupportLevel1, "\nResistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); //Print("EW2 Time:",TimeToStr(EW2MARKTIME),": EW2:",EW2," WaveAngle:",WaveAngle," MaxPriceBar:",MaxPriceBar," MinPriceBar:",MinPriceBar); } // Check for failed Elliot Wave 2 if (EW3MARK=0 and EW2MARK=1 and WaveAngle = 1 and EW2 < EW5 - NoisePips * Point) or (EW3MARK=0 and EW2MARK=1 and WaveAngle = 2 and EW2 > EW5 + NoisePips * Point) then { for counter=1 to EW5MARKBAR { DelArrow(time[counter] , Close[counter] + StopLoss / 2 * Point); DelArrow(time[counter] , Close[counter] - StopLoss / 2 * Point); } EW0MARK=0; EW1MARK=0; EW2MARK=0; EW3MARK=0; EW4MARK=0; EW5MARK=0; Comment("\nEWTrend=Recalculating..", "\nEW0=",TimeToStr(EW5MARKTIME), " ",EW5, "\nEW1=",TimeToStr(EW1MARKTIME), " ",EW1, "\nEW2=",TimeToStr(EW2MARKTIME), " ",EW2, "\nEW3=",TimeToStr(EW3MARKTIME), " ",EW3, "\nPivot ",Pivot, "\nResistance Level I ",ResistanceLevel1, "\nSupport Level I ",SupportLevel1, "\nResistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); /* Print(TimeToStr(time),": ",Symbol," Elliot Wave 2 failed, reverting retracement trend vector. "); Print("Old EW0=",TimeToStr(EW5MARKTIME), " ",EW5, " EW1=",TimeToStr(EW1MARKTIME), " ",EW1, " EW2=",TimeToStr(EW2MARKTIME), " ",EW2, " EW3=",TimeToStr(EW3MARKTIME), " ",EW3 ); */ /* MaxPriceBar = Highest (MODE_CLOSE,EW1MARKBAR + MaxBars+1 ,MaxBars); MinPriceBar = Lowest (MODE_CLOSE,EW1MARKBAR + MaxBars+1 ,MaxBars); MaxPrice = Close[MaxPriceBar]; MinPrice = Close[MinPriceBar]; tempval=EW5; EW3=EW2; EW2=EW1; if WaveAngle = 1 then EW5 = MinPrice; if WaveAngle = 2 then EW5 = MaxPrice; EW5PRICE=EW5; EW1=tempval; tempval=EW5MARKTIME; if WaveAngle = 1 then EW5MARKTIME = time[MinPriceBar]; if WaveAngle = 2 then EW5MARKTIME = time[MaxPriceBar]; EW3MARKTIME=EW2MARKTIME; EW2MARKTIME=EW1MARKTIME; EW1MARKTIME=tempval; tempval=EW5MARKBAR; if WaveAngle = 1 then EW5MARKBAR = MinPriceBar; if WaveAngle = 2 then EW5MARKBAR = MaxPriceBar; EW5MARKBAR=EW1MARKBAR; EW3MARKBAR=EW2MARKBAR; EW2MARKBAR=EW1MARKBAR; EW1MARKBAR=tempval; if Bars < EW1MARKBAR + MaxBars+1 then // Check if we have not enough prices for estimating EW0 { EW5=Close[Bars-1]; EW5PRICE=EW5; EW5MARKTIME=time[Bars-1]; EW5MARKBAR=Bars-1; } EW4=0; EW4MARKTIME=0; //print(TimeToStr(time),": ",TimeToStr(EW5MARKTIME)," ",EW5MARKBAR," ",EW5 + StopLoss / 2 * Point); //print(time, " ",EW1MARKTIME," ",EW5MARKTIME," ",Period); //print(TimeToStr(time), " ",TimeToStr(EW1MARKTIME)," ",TimeToStr(EW5MARKTIME)," ",Period); if WaveAngle = 1 then { // WaveAngle = 2; Comment("\nEWTrend=Recalculating..", "\nEW0=",TimeToStr(EW5MARKTIME), " ",EW5, "\nEW1=",TimeToStr(EW1MARKTIME), " ",EW1, "\nEW2=",TimeToStr(EW2MARKTIME), " ",EW2, "\nEW3=",TimeToStr(EW3MARKTIME), " ",EW3, "\nPivot ",Pivot, "\nResistance Level I ",ResistanceLevel1, "\nSupport Level I ",SupportLevel1, "\nResistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); SetArrow(EW5MARKTIME,EW5 + StopLoss / 2 * Point,128,Violet); SetArrow(EW1MARKTIME,EW1 - StopLoss / 2 * Point,129,Violet); SetArrow(EW2MARKTIME,EW2 + StopLoss / 2 * Point,130,Violet); SetArrow(EW3MARKTIME,EW3 - StopLoss / 2 * Point,131,Violet); } else { // WaveAngle = 1; Comment("\nEWTrend=Recalculating..", "\nEW0=",TimeToStr(EW5MARKTIME), " ",EW5, "\nEW1=",TimeToStr(EW1MARKTIME), " ",EW1, "\nEW2=",TimeToStr(EW2MARKTIME), " ",EW2, "\nEW3=",TimeToStr(EW3MARKTIME), " ",EW3, "\nPivot ",Pivot, "\nResistance Level I ",ResistanceLevel1, "\nSupport Level I ",SupportLevel1, "\nResistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); SetArrow(EW5MARKTIME,EW5 - StopLoss / 2 * Point,128,White); SetArrow(EW1MARKTIME,EW1 + StopLoss / 2 * Point,129,White); // print(TimeToStr(EW1MARKTIME)," ",TimeToStr(time[EW1MARKBAR])," ",EW1 + StopLoss / 2 * Point); // Print("EW0 Time:",TimeToStr(EW5MARKTIME),": EW0:",EW5," WaveAngle:",WaveAngle," MaxPriceBar:",MaxPriceBar," MinPriceBar:",MinPriceBar); SetArrow(EW2MARKTIME,EW2 - StopLoss / 2 * Point,130,White); SetArrow(EW3MARKTIME,EW3 + StopLoss / 2 * Point,131,White); } /* Print("\nEWTrend=Recalculating..", "EW0=",TimeToStr(EW5MARKTIME), " ",EW5, " EW1=",TimeToStr(EW1MARKTIME), " ",EW1, " EW2=",TimeToStr(EW2MARKTIME), " ",EW2, " EW3=",TimeToStr(EW3MARKTIME), " ",EW3, " Pivot ",Pivot, " Resistance Level I ",ResistanceLevel1, " Support Level I ",SupportLevel1, " Resistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); */ break; } End; if EW2MARK=1 and EW3MARK=0 then { if WaveAngle = 2 then { if EW2MARKBAR <= MaxBars then DelArrow(EW2MARKTIME, EW2 + StopLoss / 2 * Point); SetArrow(EW1MARKTIME, EW1 - StopLoss / 2 * Point,129,Violet); SetArrow(EW2MARKTIME, EW2 + StopLoss / 2 * Point,130,Violet); } else { if EW2MARKBAR <= MaxBars then DelArrow(EW2MARKTIME, EW2 - StopLoss / 2 * Point); SetArrow(EW1MARKTIME, EW1 + StopLoss / 2 * Point,129,White); SetArrow(EW2MARKTIME, EW2 - StopLoss / 2 * Point,130,White); } } BarsShift=EW1MARKBAR; if Bars < BarsShift then exit; if EW2MARK = 1 and EW4MARK = 0 // and EW4MARK = 0 then for counter=BarsShift - 1 downto 1 Begin BarsCount = BarsShift - counter; MaxPriceBar = Highest (MODE_CLOSE,EW1MARKBAR , BarsCount); MinPriceBar = Lowest (MODE_CLOSE,EW1MARKBAR , BarsCount); MaxPrice = Close[MaxPriceBar]; MinPrice = Close[MinPriceBar]; if WaveAngle = 1 and MaxPrice > EW3 and MaxPriceBar < EW2MARKBAR then { EW3 = MaxPrice; EW3MARKTIME=time[MaxPriceBar]; EW3MARKBAR=MaxPriceBar; if EW3MARKBAR <= MaxBars then DelArrow(EW3MARKTIME , Open[counter] + StopLoss / 2 * Point); //print("EW3=",EW3); } if WaveAngle = 2 and MinPrice < EW3 and MinPriceBar < EW2MARKBAR then { if EW3MARKBAR <= MaxBars then DelArrow(EW3MARKTIME , Open[counter] - StopLoss / 2 * Point); EW3MARKTIME=time[MinPriceBar]; EW3MARKBAR=MinPriceBar; EW3 = MinPrice; //print("EW3=",EW3); } /* if IsTesting and (counter = BarsShift-1 or counter = 1) then { if WaveAngle = 1 then print("BarCount:",BarsCount ," Counter:",counter," Price:",Close[counter]," MaxPrice: ",MaxPrice," MaxPriceBar:",MaxPriceBar); if WaveAngle = 2 then print("BarCount:",BarsCount ," Counter:",counter," Price:",Close[counter]," MinPrice:",MinPrice," MinPriceBar:",MinPriceBar); print("Bars:",Bars-1," EW2 Bar:", EW2MARKBAR, " EW2 Time:",TimeToStr(EW2MARKTIME), " Calculated EW2 Time:",TimeToStr(time[EW2MARKBAR])," EW2 Bars Diff:",(EW2MARKTIME-time[EW2MARKBAR])/60/Period); print("Bars:",Bars-1," EW3 Bar:", EW3MARKBAR, " EW3 Time:",TimeToStr(EW3MARKTIME), " Calculated EW3 Time:",TimeToStr(time[EW3MARKBAR])," EW3 Bars Diff:",(EW3MARKTIME-time[EW3MARKBAR])/60/Period); print("WaveAngle:",WaveAngle," EW3MARK:",EW3MARK," EW4MARK:",EW4MARK," EW0:",EW5PRICE," EW1:",EW1," EW2:",EW2," EW3:",EW3); } /* if WaveAngle = 1 and Close[counter] > MaxPrice then print("Counter:",counter, " MaxPrice:",MaxPrice); if WaveAngle = 2 and Close[counter] < MaxPrice then print("Counter:",counter, " MinPrice:",MinPrice); */ if WaveAngle = 1 and EW1 + NoisePips * Point < Close[counter] and MaxPrice <= Close[counter] and EW3 > EW2 + NoisePips * Point and EW3 < close[counter] then { if EW3MARKBAR <= EW5MARKBAR then DelArrow(EW3MARKTIME , Open[counter] + StopLoss / 2 * Point); EW3 = Close[counter]; EW3MARKTIME=time[counter]; EW3MARK=1; EW4=EW3; EW3MARKBAR=counter; //SetArrow(time[counter],Open[counter] + StopLoss / 2 * Point,131,White); //print("EW0 date:",TimeToStr(EW5MARKTIME)," EW1 date:",TimeToStr(EW1MARKTIME)," EW2 date:",TimeToStr(EW2MARKTIME)," EW3 date:",TimeToStr(EW3MARKTIME)); Comment("\nEWTrend=UP", "\nEW0=",TimeToStr(EW5MARKTIME), " ",EW5, "\nEW1=",TimeToStr(EW1MARKTIME), " ",EW1, "\nEW2=",TimeToStr(EW2MARKTIME), " ",EW2, "\nEW3=",TimeToStr(EW3MARKTIME), " ",EW3, "\nPivot ",Pivot, "\nResistance Level I ",ResistanceLevel1, "\nSupport Level I ",SupportLevel1, "\nResistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); //Print("EW3 Time:",TimeToStr(EW3MARKTIME),": EW3:",EW3," WaveAngle:",WaveAngle," MaxPriceBar:",MaxPriceBar," MinPriceBar:",MinPriceBar); } if WaveAngle = 2 and EW1 - NoisePips * Point > Close[counter] and MinPrice >= Close[counter] and EW3 < EW2 - NoisePips * Point and EW3 > close[counter] then { if EW3MARKBAR <= EW5MARKBAR then DelArrow(EW3MARKTIME , Open[counter] - StopLoss / 2 * Point); EW3 = Close[counter]; EW3MARKTIME=time[counter]; EW3MARK=1; EW4=EW3; EW4MARKTIME=time[counter]; EW3MARKBAR=counter; //SetArrow(time[counter],Open[counter],131,Violet); Comment("\nEWTrend=DOWN", "\nEW0=",TimeToStr(EW5MARKTIME), " ",EW5, "\nEW1=",TimeToStr(EW1MARKTIME), " ",EW1, "\nEW2=",TimeToStr(EW2MARKTIME), " ",EW2, "\nEW3=",TimeToStr(EW3MARKTIME), " ",EW3, "\nPivot ",Pivot, "\nResistance Level I ",ResistanceLevel1, "\nSupport Level I ",SupportLevel1, "\nResistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); //Print("EW3 Time:",TimeToStr(EW3MARKTIME),": EW3:",EW3," WaveAngle:",WaveAngle," MaxPriceBar:",MaxPriceBar," MinPriceBar:",MinPriceBar); } /* if EW3MARK = 1 and counter < EW3MARKBAR and (WaveAngle = 1 and Close[counter] < EW3 - NoisePips * Point or (WaveAngle = 2 and Close[counter] > EW3 + NoisePips * Point)) then // Wave 1 ended { EW4MARK=1; break; } */ End; //Check if we have failed EW 3 and it falls bellow EW Wave 1 if (EW3MARK=1 and WaveAngle = 1 and Open < EW2) or (EW3MARK=1 and WaveAngle = 2 and Open > EW2) then { Comment("\nEWTrend=Recalculating..", "\nLast EW0=",TimeToStr(EW5MARKTIME), " ",EW5, "\nLast EW1=",TimeToStr(EW1MARKTIME), " ",EW1, "\nLast EW2=",TimeToStr(EW2MARKTIME), " ",EW2, "\nLast EW3=",TimeToStr(EW3MARKTIME), " ",EW3, "\nPivot ",Pivot, "\nResistance Level I ",ResistanceLevel1, "\nSupport Level I ",SupportLevel1, "\nResistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); EW0MARK=0; EW1MARK=0; EW2MARK=0; EW3MARK=0; EW4MARK=0; EW5MARK=0; ORDERMARK=0; for counter=1 to EW2MARKBAR { if close[counter] = EW3 then { DelArrow(time[counter] , Close[counter] + StopLoss / 2 * Point); DelArrow(time[counter] , Close[counter] - StopLoss / 2 * Point); break; } } if WaveAngle = 1 then SetArrow(time,Ask,251,Red); if WaveAngle = 2 then SetArrow(time,Bid,251,Red); LastEW5=EW5Price; LastEW1=EW1; LastEW2=EW2; LastEW3=EW3; //Print(TimeToStr(time),": ",Symbol," Elliot Wave 3 failed, recalculating EW0..."); } if EW3MARK = 1 and EW4MARK = 0 then { EWOscillator = iCustom("ElliotOscillator",EWPeriod,0,RetracementBars,MODE_FIRST,0); EWLevel = iCustom("ElliotWaves",EWPeriod,0,RetracementBars,MODE_FIRST,0); } if EWOscillator != 0 and EWLevel != 0 and EW3MARK = 1 and EW4MARK = 0 then { //print("EW0MARK:",EW0MARK," EW1MARK:",EW1MARK," EW2MARK:",EW2MARK," EW3MARK:",EW3MARK," EW4MARK:",EW4MARK); //Print(TimeToStr(time[0]),": EW1MARKBAR:",EW1MARKBAR," EW2MARKBAR:",EW2MARKBAR," EW3MARKBAR:",EW3MARKBAR," EW3MARKBAR=",EW3MARKBAR," EW4MARK:",EW4MARK); Print(TimeToStr(time[0]),": EW3 START - Open:",Open," EW0:",EW5PRICE," EW1:",EW1," EW2:",EW2," EW3:",EW3," WaveAngle:",WaveAngle," Price Level:",PriceLevel," Last Price Level:",LastPriceLevel," Max/Min Level:",FiboLevel); Print(TimeToStr(time[0]),": EW3 START - Pivot:",Pivot," Resistance Level I:",ResistanceLevel1," Support Level I:",SupportLevel1," Resistance Level II:",ResistanceLevel2," Support Level II:",SupportLevel2); EW3ORDERMARK=0; LastOp=0; if EW3 > Pivot then { if EW3MARKBAR <= MaxBars then DelArrow(EW3MARKTIME, EW3 + StopLoss / 2 * Point); SetArrow(EW3MARKTIME, EW3 + StopLoss / 2 * Point,131,White); DelArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point); if EW3 > ResistanceLevel1 and FiboLevel > 99 and ResistanceLevel2 - ResistanceLevel1 < SupportLevel1 - SupportLevel2 and BullsAngle = 1 then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,246,White); //UP EW3ORDERMARK=1; LastOp=1; } else if EW3 > ResistanceLevel1 and FiboLevel > 100 and FiboLevel < 130 then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,200,White); // UP EW3ORDERMARK=1; LastOp=2; } else if EW2 > SupportLevel1 and FiboLevel > 80 and FiboLevel < 130 and PriceLevel > 65 then { if Open > (MaxPrice + MinPrice) * 2 / 3 or (MACDAngle = 2 and FiboLevel > 100) then { if PriceLevel > 87.5 // Murrey 7/8 support/resistance line //and FiboLevel < 112.5 // Murrey 8/8+1 support/resistance line and BullsAngle = 1 and BearsAngle = 1 then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,200,White); // UP EW3ORDERMARK=3; LastOp=3; } else { if MA < LongMA then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,200,White); // UNSTABLE UP EW3ORDERMARK=1; LastOp=4; } else { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,200,SkyBlue); // UNSTABLE DOWN, POSSIBLE UP EW3ORDERMARK=2; LastOp=5; }; }; } else if FiboLevel > 100 // Over Murrey 8/8 support/resistance line then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,200,SkyBlue); // POSSIBLE UP EW3ORDERMARK=1; LastOp=6; } else if FiboLevel = 100 // Murrey 8/8 support/resistance line then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,202,SkyBlue); // POSSIBLE RESIST DOWN EW3ORDERMARK=12; LastOp=7; }; } else if FiboLevel > 70 and FiboLevel < 150 and PriceLevel < 60 //and Bid > EW3 + Slippage * Point then { if (FiboLevel = 100) // Murrey 8/8 support/resistance line and MACDAngle = 1 then { SetArrow(EW3MARKTIME, EW3 - (StopLoss / 2 + NoisePips) * Point,196,SkyBlue); //TEMP UP, REVERT TO DOWN EW3ORDERMARK=13; LastOp=8; } else { SetArrow(EW3MARKTIME, EW3 - (StopLoss / 2 + NoisePips) * Point,198,White); //UP EW3ORDERMARK=3; LastOp=9; } } else if PriceLevel > 65 and MA < Open then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,202,White); // DOWN EW3ORDERMARK=4; LastOp=10; }; } else { if EW3MARKBAR <= MaxBars then DelArrow(EW3MARKTIME, EW3 - StopLoss / 2 * Point); SetArrow(EW3MARKTIME, EW3 - StopLoss / 2 * Point,131,Violet); DelArrow(EW3MARKTIME, EW3 - (StopLoss / 2 + NoisePips) * Point); if EW3 < SupportLevel1 and FiboLevel > 99 and ResistanceLevel2 - ResistanceLevel1 < SupportLevel1 - SupportLevel2 and BearsAngle = 2 then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,248,Violet); // DOWN EW3ORDERMARK=11; LastOp=21; } else if EW3 < SupportLevel1 and FiboLevel < 130 and FiboLevel > 100 then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,202,Violet); // DOWN EW3ORDERMARK=11; LastOp=22; } else if EW2 < ResistanceLevel1 and FiboLevel > 80 and FiboLevel < 130 and PriceLevel < -65 then { if Open < (MaxPrice + MinPrice) * 3 / 2 or (MACDAngle = 2 and FiboLevel > 100) then { if PriceLevel < -87.5 // Murrey 7/8 support/resistance line //and FiboLevel < 112/5 // Murrey 8/8+1 support/resistance line and BullsAngle = 2 and BearsAngle = 2 then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,202,Violet); // DOWN EW3ORDERMARK=13; LastOp=23; } else { if MA > LongMA then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,202,Violet); // UNSTABLE DOWN EW3ORDERMARK=11; LastOp=24; } else { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,202,OrangeRed); // UNSTABLE UP, POSSIBLE DOWN EW3ORDERMARK=12; LastOp=25; }; }; } else if FiboLevel > 100 // Over Murrey 8/8 support/resistance line then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,202,OrangeRed); // POSSIBLE DOWN EW3ORDERMARK=11; LastOp=26; } else if FiboLevel = 100 // Murrey 8/8 support/resistance line then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,200,OrangeRed); // POSSIBLE RESIST AND UP EW3ORDERMARK=2; LastOp=27; }; } else if FiboLevel > 70 and FiboLevel < 150 and PriceLevel > -60 //and Ask < EW3 - Slippage * Point then { if (FiboLevel = 100) // Murrey 8/8 support/resistance line and MACDAngle = 2 then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,198,OrangeRed); //TEMP DOWN, REVERT TO UP EW3ORDERMARK=3; LastOp=28; } else { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,196,Violet); //DOWN EW3ORDERMARK=13; LastOp=29; } } else if PriceLevel < -65 and MA > Open then { SetArrow(EW3MARKTIME, EW3 + (StopLoss / 2 + NoisePips) * Point,200,Violet); // UP EW3ORDERMARK=14; LastOp=30; }; } EW4MARK=1; EW4MARKTIME=EW3MARKTIME; EW4MARKBAR=EW3MARKBAR; } if EW3MARK=1 and ((WaveAngle = 1 and EW3 - Open > EW1 - EW2 ) or (WaveAngle = 2 and Open - EW3 > EW2 - EW1 )) then { //Print(TimeToStr(time),": ",Symbol," Elliot Wave 3 retracement ended. Last EW3:",EW3," Last EW3 Time:",TimeToStr(EW3MARKTIME)," Order Stop:",TrailingStopPoint); //Alert(TimeToStr(time),": ",Symbol," Elliot Wave 3 retracement ended. Last EW3:",EW3," Last EW3 Time:",TimeToStr(EW3MARKTIME)," Order Stop:",TrailingStopPoint); Comment("\nEWTrend=Recalculating..", "\nLast EW0=",TimeToStr(EW5MARKTIME), " ",EW5, "\nLast EW1=",TimeToStr(EW1MARKTIME), " ",EW1, "\nLast EW2=",TimeToStr(EW2MARKTIME), " ",EW2, "\nLast EW3=",TimeToStr(EW3MARKTIME), " ",EW3, "\nPivot ",Pivot, "\nResistance Level I ",ResistanceLevel1, "\nSupport Level I ",SupportLevel1, "\nResistance Level II ",ResistanceLevel2, "\nSupport Level II ",SupportLevel2, "\nPrice Level ",PriceLevel,"%" ); EW0MARK=0; EW1MARK=0; EW2MARK=0; EW3MARK=0; EW4MARK=0; EW5MARK=0; ORDERMARK=0; } if prevbars > 0 and EW3ORDERMARK=99 and Bars != prevbars and ((PriceLevel > 0 and LastPriceLevel <= 0) or (PriceLevel < 0 and LastPriceLevel >= 0)) // and CCI < 200 then { ENTRYPRICE=Open; if ParabolicSAR < Open then { ORDERANGLE=1; ENTRYPRICE=Pivot;MinTakeProfitPtS=ResistanceLevel2;}; if ParabolicSAR > Open then { ORDERANGLE=11; ENTRYPRICE=Pivot;MinTakeProfitPtS=SupportLevel2;} Trace = 1; //print(TimeToStr(time),": Trace:",Trace," ORDERMARK:",ORDERMARK," ORDERANGLE:",ORDERANGLE," Price: ",Ask," Commodity Channel Index ",CCI," Pivot ",Pivot," Resistance Level I ",ResistanceLevel1," Support Level I ",SupportLevel1," Resistance Level II ",ResistanceLevel2," Support Level II ",SupportLevel2," Price Level ",PriceLevel," Last Price Level ",LastPriceLevel); LastOp=0; ORDERMARK=1; ORDERCOUNT=0; if WaveAngle = 1 then SARAngle = 1; if WaveAngle = 2 then SARAngle = 2; for counter = 1 to 10 Begin tempval =iSAR(SARstep,SARmax,counter); //print("Price:",Close[counter]," SAR:",tempval); if (WaveAngle = 1 and tempval > Close[counter]) then SARAngle = 2; if (WaveAngle = 2 and tempval < Close[counter]) then SARAngle = 1; End; if WaveAngle = 1 then print(TimeToStr(time),": Support/Resistance cross at price:",Open," WaveAngle: UP SAR:",ParabolicSAR, " SARAngle:",SarAngle," PriceLevel: ",PriceLevel," LastPriceLevel: ",LastPriceLevel); if WaveAngle = 2 then print(TimeToStr(time),": Support/Resistance cross at price:",Open," WaveAngle: DOWN SAR:",ParabolicSAR, " SARAngle:",SarAngle," PriceLevel: ",PriceLevel," LastPriceLevel: ",LastPriceLevel); Print(TimeToStr(time[0]),": Support/Resistance - Pivot:",Pivot," Resistance Level I:",ResistanceLevel1," Support Level I:",SupportLevel1," Resistance Level II:",ResistanceLevel2," Support Level II:",SupportLevel2); Print(" Support/Resistance - EW0MARK:",EW0MARK," EW1MARK:",EW1MARK," EW2MARK:",EW2MARK," EW3MARK:",EW3MARK," EW3MARKBAR=",EW3MARKBAR," EW4MARK:",EW4MARK," EW0:",EW5PRICE," EW1:",EW1," EW2:",EW2," EW3:",EW3); SetArrow(time,Open,254,Blue); if WaveAngle = 1 then { if EW0MARK = 1 and EW1MARK=1 and EW2MARK=0 then ORDERANGLE=2; if EW0MARK = 1 and EW1MARK=1 and EW2MARK=1 and EW3MARK=0 then ORDERANGLE=23; if EW0MARK = 1 and EW1MARK=1 and EW2MARK=1 and EW3MARK=1 then ORDERANGLE=4; } if WaveAngle = 2 then { if EW0MARK = 1 and EW1MARK=1 and EW2MARK=0 then ORDERANGLE=21; if EW0MARK = 1 and EW1MARK=1 and EW2MARK=1 and EW3MARK=0 then ORDERANGLE=22; if EW0MARK = 1 and EW1MARK=1 and EW2MARK=1 and EW3MARK=1 then ORDERANGLE=3; } LastOp = 1; } if ORDERMARK > 9990 then { ORDERANGLE=WaveAngle; if ORDERCOUNT > TradesCount and EW3 <= Open then ORDERCOUNT = TradesCount; if WaveAngle = 1 and Open - TakeProfit * Point > EW1 then ORDERMARK = 1; // Additional Orders handling if WaveAngle = 2 and Open + TakeProfit * Point < EW1 then ORDERMARK = 1; // Additional Orders handling } if WaveAngle = 1 then SARAngle = 1; if WaveAngle = 2 then SARAngle = 2; for counter = 1 to RetracementBars Begin tempval =iSAR(SARstep,SARmax,counter); //print("Price:",Close[counter]," SAR:",tempval); if (WaveAngle = 1 and tempval > Close[counter]) then SARAngle = 2; if (WaveAngle = 2 and tempval < Close[counter]) then SARAngle = 1; End; if WaveAngle = 1 then MACDAngle = 1; if WaveAngle = 2 then MACDAngle = 2; for counter = 1 to RetracementBars Begin tempval=iMACD(RetracementBars/5,RetracementBars,RetracementBars/5,MODE_EMA,counter); //print("MACD:",tempval); if WaveAngle = 1 then { if tempval > 0 and tempval < MACD then MACDAngle = 1; if tempval < 0 or tempval > MACD then MACDAngle = 2; } if WaveAngle = 2 then { if tempval > 0 or tempval < MACD then MACDAngle = 1; if tempval < 0 and tempval > MACD then MACDAngle = 2; } End; ShortMACDAngle = MACDAngle; if WaveAngle = 1 then MACDAngle = 1; if WaveAngle = 2 then MACDAngle = 2; for counter = 1 to RetracementBars Begin tempval=iMACD(RetracementBars,MaxBars,RetracementBars,MODE_EMA,counter); //print("MACD:",tempval); if WaveAngle = 1 then { if tempval > 0 and tempval < MACD then MACDAngle = 1; // if tempval < 0 or tempval > MACD then MACDAngle = 2; if tempval > MACD then MACDAngle = 2; } if WaveAngle = 2 then { if tempval > 0 or tempval < MACD then MACDAngle = 1; // if tempval < 0 and tempval > MACD then MACDAngle = 2; if tempval > MACD then MACDAngle = 2; } End; MaxPriceBar = Highest (MODE_CLOSE,MaxBars+1, RetracementBars); MinPriceBar = Lowest (MODE_CLOSE, MaxBars+1, RetracementBars); MaxPrice = Close[MaxPriceBar]; MinPrice = Close[MinPriceBar]; if WaveAngle = 1 then { BearsAngle=1; BullsAngle=1; for counter=1 to RetracementBars { tempval=iBearsPower(RetracementBars,MODE_HIGH,counter); // if tempval < 0 or tempval > Bears then BearsAngle=2; if tempval > Bears then BearsAngle=2; tempval=iBullsPower(RetracementBars,MODE_LOW,counter); // if tempval < 0 or tempval > Bulls then BullsAngle=2; if tempval > Bulls then BullsAngle=2; } } if WaveAngle = 2 then { BearsAngle=2; BullsAngle=2; for counter=1 to RetracementBars { tempval=iBearsPower(RetracementBars,MODE_HIGH,counter); // if tempval > 0 or tempval < Bears then BearsAngle=1; if tempval < Bears then BearsAngle=1; tempval=iBullsPower(RetracementBars,MODE_LOW,counter); // if tempval > 0 or tempval < Bulls then BullsAngle=1; if tempval < Bulls then BullsAngle=1; } } if EW3ORDERMARK > 0 then { ORDERCOUNT=0; ORDERMARK=1; if EW3ORDERMARK = 1 // and Bid > EW3 + Slippage * Point // and Open >= EW3 // and Bid > EW3 + NoisePips * Point then { ORDERANGLE=4; } if EW3ORDERMARK = 2 // and Open >= EW3 // and Ask < EW3 - NoisePips * Point then { ORDERANGLE = 3; } if EW3ORDERMARK = 3 // and Open >= EW3 // and Bid > EW3 + NoisePips * Point then { ORDERANGLE = 2; } if EW3ORDERMARK = 4 // and Ask < EW3 - NoisePips * Point then { ORDERANGLE = 22; } if EW3ORDERMARK = 11 // and Ask < EW3 - Slippage * Point // and Open >= EW3 // and Ask < EW3 - NoisePips * Point then { ORDERANGLE = 23; } if EW3ORDERMARK = 12 // and Open >= EW3 // and Bid > EW3 + NoisePips * Point then { ORDERANGLE = 22; } if EW3ORDERMARK = 13 // and Open >= EW3 // and Ask < EW3 - NoisePips * Point then { ORDERANGLE = 21; } if EW3ORDERMARK = 14 // and Ask < EW3 - NoisePips * Point then { ORDERANGLE = 3; } //EW3ORDERMARK=0; } MaxPriceBar = Highest (MODE_CLOSE,MaxBars+1, MaxBars); MinPriceBar = Lowest (MODE_CLOSE, MaxBars+1, MaxBars); MaxPrice = Close[MaxPriceBar]; MinPrice = Close[MinPriceBar]; if EW2MARK = 1 and EW3MARK = 0 then { If WaveAngle = 1 and Bid > EW2 + NoisePips * Point and Bid > SupportLevel1 + NoisePips * Point and ((EW2 - SupportLevel1 > 0 and (EW2 - SupportLevel1) / 2 < NoisePips * 2 / 2) or (SupportLevel1 - EW2 > 0 and (SupportLevel1 - EW2) / 2 < NoisePips * 2 / 2)) and EW1 - Bid > MinTakeProfit * Point + NoisePips * Point + Slippage then { ENTRYPRICE=SupportLevel1; ORDERMARK=1; SetArrow(time,Low,196,Violet); Print(TimeToStr(time),": ",Symbol," Elliot Wave 2 collision with Support Level 1 detected. Last EW2:",EW2," Last EW2 Time:",TimeToStr(EW2MARKTIME)," Recommended action: BUYLIMIT at ", ENTRYPRICE, " with T/P at ",EW1 - NoisePips * Point); Alert(TimeToStr(time),": ",Symbol," Elliot Wave 2 collision with Support Level 1 detected. Last EW2:",EW2," Last EW2 Time:",TimeToStr(EW2MARKTIME)," Recommended action: BUYLIMIT at ", ENTRYPRICE, " with T/P at ",EW1 - NoisePips * Point); Print(TimeToStr(time[0]),Symbol," : Elliot Wave 2 collision - Pivot:",Pivot," Resistance Level I:",ResistanceLevel1," Support Level I:",SupportLevel1," Resistance Level II:",ResistanceLevel2," Support Level II:",SupportLevel2); } If WaveAngle = 2 and Ask < EW2 - NoisePips * Point and Ask < SupportLevel1 - NoisePips * Point and ((EW2 - SupportLevel1 > 0 and (EW2 - SupportLevel1) / 2 < NoisePips * 2 / 2) or (SupportLevel1 - EW2 > 0 and (SupportLevel1 - EW2) / 2 < NoisePips * 2 / 2)) and Ask - EW1 > MinTakeProfit * Point + NoisePips * Point + Slippage then { ENTRYPRICE=SupportLevel1; ORDERMARK=2; SetArrow(time,High,198,Violet); Print(TimeToStr(time),": ",Symbol," Elliot Wave 2 collision with Resistance Level 1 detected. Last EW2:",EW2," Last EW2 Time:",TimeToStr(EW2MARKTIME)," Recommended action: BUYLIMIT at ", ENTRYPRICE, " with T/P at ",EW1 - NoisePips * Point); Alert(TimeToStr(time),": ",Symbol," Elliot Wave 2 collision with Resistance Level 1 detected. Last EW2:",EW2," Last EW2 Time:",TimeToStr(EW2MARKTIME)," Recommended action: BUYLIMIT at ", ENTRYPRICE, " with T/P at ",EW1 - NoisePips * Point); Print(TimeToStr(time[0]),Symbol," : Elliot Wave 2 collision - Pivot:",Pivot," Resistance Level I:",ResistanceLevel1," Support Level I:",SupportLevel1," Resistance Level II:",ResistanceLevel2," Support Level II:",SupportLevel2); } } } /************************************ Aggressive Anti Stop Loss - revert to Take Profit ********************************/ If (CloseBadOrder = 2 and OrderRecovery=0) and AntiStopLoss = 1 and (CurTime-LastBadTime) > 300 and Open <=MinPrice then // Compensating BUY order for last bad trade { LastOp = 3; BuyOp = 1; SellOp = 0; CloseBadOrder = 0; OrderRecovery = 1; SetArrow(time,Bid,233,Yellow); exit; } If (CloseBadOrder = 1 and OrderRecovery=0) and (CurTime-LastBadTime) > 300 // Compensating SELL order for last bad trade and Open <=MinPrice then { LastOp = 4; BuyOp = 0; SellOp = 1; CloseBadOrder = 0; OrderRecovery = 1; SetArrow(time,Bid,234,Yellow); exit; } /*********** Open Orders handling: Trailingstops, Delayed Orders Expire, Aggressive Anti Stop Loss logics ***************/ if OrderRecovery = 0 then TradesCount = 0; if OrderRecovery = 0 and IsTradeAllowed then for counter = 1 to TotalTrades { if (OrderValue(counter,VAL_SYMBOL) = Symbol) then // we have pending current currency orders, { TradesCount = TradesCount + 1 ; // calculate trades for current market symbol } OrderType = OrderValue(counter,VAL_TYPE); if FreeMargin < 10 and IsTesting then // MetaTrader test do not close orders in with no money test mode { Print("Out of money, I AM BROKEN:( Exiting.."); If (OrderType = OP_SELL) then CloseOrder(OrderValue(counter,VAL_TICKET),OrderValue(counter,VAL_LOTS),PriceAsk,OrderValue(counter,VAL_SWAP),Yellow); If (OrderType = OP_BUY) then CloseOrder(OrderValue(counter,VAL_TICKET),OrderValue(counter,VAL_LOTS),PriceBid,OrderValue(counter,VAL_SWAP),Yellow); SetArrow(time,PriceAsk+BidStopPoints,77,Yellow); exit; } if StopLoss = 0 then TrailingStopLoss = OrderValue(counter,VAL_OPENPRICE) else TrailingStopLoss = OrderValue(counter,VAL_STOPLOSS); If (OrderType = OP_BUY) and OrderValue(counter,VAL_SYMBOL)=Symbol then { // This is our buy order, lets check for prices if (TrailingStop) > 0 then // We have Trailing Stop enabled, arrange our bids { // Here we check the trailing stop at open position. // Trailing stop ( Stop Loss) of the BUY position is being // kept at level 15 points below the market. // print("ParabolicSAR:",ParabolicSAR, " StopLossTrail:",TrailingStopLoss," MA:",MA); If (PriceBid - (TrailingStop + TrailingStep) * Point) > OrderValue(counter,VAL_OPENPRICE) // If the profit (current Bid-OpenPrice) more than TrailingStop pips // and the last StopLoss exceeds TrailingStep points from Trailingstop then { // we have won already not less than 'TrailingStop' pips! // move the trailing stop (Stop Loss) to the level 'TrailingStop' from the market StopLossTrail=TrailingStopLoss; // print("ParabolicSAR:",ParabolicSAR, " StopLossTrail:",StopLossTrail," MA:",MA); if Open - ((TrailingStep + TrailingStop) * Point) > OrderValue(counter,VAL_OPENPRICE) and StopLossTrail < OrderValue(counter,VAL_OPENPRICE) and Open + (TrailingStop * Point) >= OrderValue(counter,VAL_TAKEPROFIT) then // We have won already take profit-trailingstop pips! Set Stop Loss to take profit minimum { ModifyOrder(OrderValue(counter,VAL_TICKET),OrderValue(counter,VAL_OPENPRICE), OrderValue(counter,VAL_OPENPRICE) + (TrailingStop * Point),OrderValue(counter,VAL_TAKEPROFIT),Blue); SetArrow(time,PriceBid,105,Blue); exit; } else if ParabolicSAR -