Cette stratégie fusionne l'indicateur SuperTrend avec la théorie de Elliott Wave pour construire un outil de trading technique robuste.
L'idée de base réside dans son approche à plusieurs niveaux:
Ainsi, il utilise plusieurs indicateurs et ajoute la reconnaissance de modèles pour rendre la stratégie plus robuste.
Les paramètres peuvent être optimisés pour déterminer progressivement l'optimum; le cloud computing peut améliorer les performances de calcul; les arrêts de perte peuvent contrôler le risque.
Des optimisations peuvent être effectuées sous plusieurs aspects:
Cela rendra les paramètres stratégiques plus intelligents, les jugements plus précis et l'application pratique plus pratique.
La stratégie prend en compte de manière exhaustive les dimensions de tendance et de modèle, assurant la robustesse du jugement tout en augmentant la flexibilité. Les paramètres multi-indicateurs et les paramètres assurent une pleine applicabilité au marché.
/*backtest start: 2024-01-27 00:00:00 end: 2024-02-03 00:00:00 period: 5m basePeriod: 1m exchanges: [{"eid":"Futures_Binance","currency":"BTC_USDT"}] */ //@version=5 strategy("Elliott's Quadratic Momentum - Strategy [presentTrading]",shorttitle = "EQM Strategy [presentTrading]", overlay=true ) // Inputs for selecting trading direction tradingDirection = input.string("Both", "Select Trading Direction", options=["Long", "Short", "Both"]) // SuperTrend Function supertrend(src, atrLength, multiplier) => atr = ta.atr(atrLength) up = hl2 - (multiplier * atr) dn = hl2 + (multiplier * atr) trend = 1 trend := nz(trend[1], 1) up := src > nz(up[1], 0) and src[1] > nz(up[1], 0) ? math.max(up, nz(up[1], 0)) : up dn := src < nz(dn[1], 0) and src[1] < nz(dn[1], 0) ? math.min(dn, nz(dn[1], 0)) : dn trend := src > nz(dn[1], 0) ? 1 : src < nz(up[1], 0)? -1 : nz(trend[1], 1) [up, dn, trend] // Inputs for SuperTrend settings atrLength1 = input(7, title="ATR Length for SuperTrend 1") multiplier1 = input(4.0, title="Multiplier for SuperTrend 1") atrLength2 = input(14, title="ATR Length for SuperTrend 2") multiplier2 = input(3.618, title="Multiplier for SuperTrend 2") atrLength3 = input(21, title="ATR Length for SuperTrend 3") multiplier3 = input(3.5, title="Multiplier for SuperTrend 3") atrLength4 = input(28, title="ATR Length for SuperTrend 3") multiplier4 = input(3.382, title="Multiplier for SuperTrend 3") // Calculate SuperTrend [up1, dn1, trend1] = supertrend(close, atrLength1, multiplier1) [up2, dn2, trend2] = supertrend(close, atrLength2, multiplier2) [up3, dn3, trend3] = supertrend(close, atrLength3, multiplier3) [up4, dn4, trend4] = supertrend(close, atrLength4, multiplier4) // Entry Conditions based on SuperTrend and Elliott Wave-like patterns longCondition = trend1 == 1 and trend2 == 1 and trend3 == 1 and trend4 == 1 shortCondition = trend1 == -1 and trend2 == -1 and trend3 == -1 and trend4 == - 1 // Strategy Entry logic based on selected trading direction if tradingDirection == "Long" or tradingDirection == "Both" if longCondition strategy.entry("Long", strategy.long) // [Any additional logic for long entry] if tradingDirection == "Short" or tradingDirection == "Both" if shortCondition strategy.entry("Short", strategy.short) // [Any additional logic for short entry] // Exit conditions - Define your own exit strategy // Example: Exit when any SuperTrend flips if trend1 != trend1[1] or trend2 != trend2[1] or trend3 != trend3[1] or trend4 != trend4[1] strategy.close_all() // Function to apply gradient effect gradientColor(baseColor, length, currentBar) => var color res = color.new(baseColor, 100) if currentBar <= length res := color.new(baseColor, int(100 * currentBar / length)) res // Apply gradient effect color1 = gradientColor(color.blue, atrLength1, bar_index % atrLength1) color4 = gradientColor(color.blue, atrLength4, bar_index % atrLength3) // Plot SuperTrend with gradient for upward trend plot1Up = plot(trend1 == 1 ? up1 : na, color=color1, linewidth=1, title="SuperTrend 1 Up") plot4Up = plot(trend4 == 1 ? up4 : na, color=color4, linewidth=1, title="SuperTrend 3 Up") // Plot SuperTrend with gradient for downward trend plot1Down = plot(trend1 == -1 ? dn1 : na, color=color1, linewidth=1, title="SuperTrend 1 Down") plot4Down = plot(trend4 == -1 ? dn4 : na, color=color4, linewidth=1, title="SuperTrend 3 Down") // Filling the area between the first and third SuperTrend lines for upward trend fill(plot1Up, plot4Up, color=color.new(color.green, 80), title="SuperTrend Upward Band") // Filling the area between the first and third SuperTrend lines for downward trend fill(plot1Down, plot4Down, color=color.new(color.red, 80), title="SuperTrend Downward Band")