この戦略は,高値と低値の指数的な移動平均 (EMA) を計算して市場傾向方向を決定するTTM指標に基づくダイナミックグリッド取引システムであり,動的に更新されたベース価格の周りにグリッド取引システムを展開する.グリッドの方向性と価格レベルは傾向に応じて調整され,価格が事前に定義されたグリッドレベルを超えると取引を実行し,各取引は口座資本の固定パーセントをリスクにします.
基本論理は,次のステップで実行されるTTM状態計算にあります.
ネットワーク取引システムは,TTM状態に基づいて動的に調整されます.
この戦略は,TTMトレンド検出とダイナミックグリッド取引を組み合わせて,適応性のあるリスク制御型取引システムを構築する.グリッド方向と価格レベルをダイナミックに調整することで,戦略は異なる市場環境に効果的に適応することができる.固有のリスクが存在するものの,適切なパラメータ設定と最適化措置を通じて,戦略は良い実用価値と開発可能性を示している.
/*backtest start: 2024-12-04 00:00:00 end: 2024-12-11 00:00:00 period: 1m basePeriod: 1m exchanges: [{"eid":"Futures_Binance","currency":"BTC_USDT"}] */ //@version=5 strategy("TTM Grid Strategy", overlay=true) // Input parameters int ttmPeriod = input.int(6, minval=1, title="TTM Period") int gridLevels = input.int(5, minval=2, title="Grid Levels") float gridSpacing = input.float(0.01, minval=0.0001, title="Grid Spacing (%)") // Calculate TTM State ttmState() => lowMA = ta.ema(low, ttmPeriod) highMA = ta.ema(high, ttmPeriod) lowThird = (highMA - lowMA) / 3 + lowMA highThird = 2 * (highMA - lowMA) / 3 + lowMA if close > highThird 1 else if close < lowThird 0 else -1 // State tracking variables var float gridBasePrice = 0.0 var int gridDirection = -1 // Determine grid state updateGridState(float currentClose, int currentState) => float newBasePrice = gridBasePrice int newDirection = gridDirection if currentState != -1 and currentState != gridDirection newBasePrice := currentClose newDirection := currentState [newBasePrice, newDirection] // Calculate grid levels calcGridLevels(float basePrice, int direction, int levels) => float[] buyLevels = array.new_float(levels) float[] sellLevels = array.new_float(levels) for i = 1 to levels multiplier = i * gridSpacing if direction == 1 // Buy grid array.set(buyLevels, i-1, basePrice * (1 - multiplier)) array.set(sellLevels, i-1, basePrice * (1 + multiplier)) else // Sell grid array.set(buyLevels, i-1, basePrice * (1 + multiplier)) array.set(sellLevels, i-1, basePrice * (1 - multiplier)) [buyLevels, sellLevels] // Execute grid trades executeGridTrades(float basePrice, int direction, int levels) => [buyLevels, sellLevels] = calcGridLevels(basePrice, direction, levels) for i = 0 to levels - 1 float buyLevel = array.get(buyLevels, i) float sellLevel = array.get(sellLevels, i) if direction == 1 // Buy grid if low <= buyLevel strategy.entry("GridBuy" + str.tostring(i), strategy.long, comment="Buy Level " + str.tostring(i)) if high >= sellLevel strategy.entry("GridSell" + str.tostring(i), strategy.short, comment="Sell Level " + str.tostring(i)) else // Sell grid if high >= buyLevel strategy.entry("GridBuy" + str.tostring(i), strategy.long, comment="Buy Level " + str.tostring(i)) if low <= sellLevel strategy.entry("GridSell" + str.tostring(i), strategy.short, comment="Sell Level " + str.tostring(i)) // Main strategy logic currentState = ttmState() [newGridBasePrice, newGridDirection] = updateGridState(close, currentState) // Update global variables if newGridBasePrice != gridBasePrice gridBasePrice := newGridBasePrice if newGridDirection != gridDirection gridDirection := newGridDirection // Execute grid trades executeGridTrades(newGridBasePrice, newGridDirection, gridLevels) // Visualization plotColor = newGridDirection == 1 ? color.green : color.red plot(newGridBasePrice, color=plotColor, style=plot.style_cross)