この記事では,モメンタムトレンド分析に基づく定量的な取引戦略を詳細に説明します.移動平均値,MACD,RSIなどの指標を合成し,価格のモメンタムを特定し,中長期トレンドの機会を把握します.
I. 戦略の論理
主な判断指標は以下の通りである.
異なる期間のトレンドを測定する.
MACDは短期的な動力変化を検出します
RSIは,買い過ぎ/売過ぎのレベルをチェックします.
ストップ・ロストとメリットを計算するATR
これらの指標を組み合わせることで,貿易への参入の傾向の始まりを示す持続的で強い突破を特定します.
短期EMAが頻繁に変動すると,市場が変動していると判断されます.長期EMAが破られたときにのみ取引が行われます.
MACDはモメント強さを判断し,RSIは上位と下位を追いかけるのを避けます.ATRはストップ・ロスを設定し,取引ごとにリスクを制御する利益を取ります.
戦略の利点
最大の利点は指標の互いを補完することであり,中長期の傾向の始まりを効果的に特定することができます.
ストップ・ロストとテイク・プロフィートも利点があります 傾向の利益を固定し リスクを管理します
最後に,段階的な EMA 期間により,異なる動力レベルでのスムーズなトレンドエントリが可能です.
III.潜在的なリスク
しかし,この戦略には以下のリスクもあります.
まず トレンド検出が遅れてしまい 機会を逃してしまうことがあります
2つ目は ストップを太りすぎると 早期にストップされる危険性があります
最後に 引き下げ圧力は 心理的な準備が必要です
IV.要約
この記事では,モメントトレンド分析に基づいた定量戦略について説明しています.動向平均値,MACD,RSIなどの指標を合成してトレンド方向を決定します.適切なパラメータ調整により,リスクを制御し,安定した利益を達成することができます.しかし,指標遅れなどのリスクは注意する必要があります.
/*backtest
start: 2023-08-14 00:00:00
end: 2023-08-30 00:00:00
period: 1h
basePeriod: 15m
exchanges: [{"eid":"Futures_Binance","currency":"BTC_USDT"}]
*/
//@version=3
strategy("QuantCat Mom Finder Strateg (1H)", overlay=true)
//Series to sum the amount of crosses in EMA for sideways trend/noise filtering
//can change EMA lengths, can change to SMA's/WMA's e.t.c
lookback_value = 60
minMA = 20
midMA = 40
maxMA = 60
ema25_crossover = (crossover(close, ema(close, minMA))) == true ? 1 : 0
ema25_crossover_sum = sum(ema25_crossover, lookback_value) ///potentially change lookback value to alter results
ema50_crossover = (crossover(close, ema(close, midMA))) == true ? 1 : 0
ema50_crossover_sum = sum(ema50_crossover, lookback_value) ///potentially change lookback value to alter results
ema75_crossover = (crossover(close, ema(close, maxMA))) == true ? 1 : 0
ema75_crossover_sum = sum(ema75_crossover, lookback_value) ///potentially change lookback value to alter results
ema25_crossunder = (crossunder(close, ema(close, minMA))) == true ? 1 : 0
ema25_crossunder_sum = sum(ema25_crossunder, lookback_value) ///potentially change lookback value to alter results
ema50_crossunder = (crossunder(close, ema(close, midMA))) == true ? 1 : 0
ema50_crossunder_sum = sum(ema50_crossunder, lookback_value) ///potentially change lookback value to alter results
ema75_crossunder = (crossunder(close, ema(close, maxMA))) == true ? 1 : 0
ema75_crossunder_sum = sum(ema75_crossunder, lookback_value) ///potentially change lookback value to alter results4
//Boolean series declaration
//can change amount of times crossed over the EMA verification to stop sideways trend filtering (3)
maxNoCross=2
macdmidlinebull=-0.5
macdmidlinebear=0.5
[macdLine, signalLine, histLine] = macd(close, 12, 26, 9)
//---------------
//Series Creation
bullishMacd = (macdLine > signalLine) and (macdLine > macdmidlinebull) ? true : false
bearishMacd = (macdLine < signalLine) and (macdLine < macdmidlinebear) ? true : false
bullRsiMin = 50 //53 initial values
bullRsiMax = 60 //61
bearRsiMin = 40 //39
bearRsiMax = 50 //47
basicBullCross25bool = ((ema25_crossover_sum < ema50_crossover_sum)
and (ema25_crossover_sum < ema75_crossover_sum)
and (ema25_crossover_sum < maxNoCross)
and crossover(close, ema(close, minMA)) and (rsi(close, 14) > bullRsiMin)
and (rsi(close, 14) < bullRsiMax) and (bullishMacd == true)) ? true : false
basicBullCross50bool = ((ema50_crossover_sum < ema25_crossover_sum)
and (ema50_crossover_sum < ema75_crossover_sum)
and (ema50_crossover_sum < maxNoCross)
and crossover(close, ema(close, midMA)) and (rsi(close, 14) > bullRsiMin)
and (basicBullCross25bool == false)
and (rsi(close, 14) < bullRsiMax) and (bullishMacd == true)) ? true : false
basicBullCross75bool = ((ema75_crossover_sum < ema25_crossover_sum)
and (ema75_crossover_sum < ema50_crossover_sum)
and (ema75_crossover_sum < maxNoCross)
and crossover(close, ema(close, maxMA)) and (rsi(close, 14) > bullRsiMin)
and (basicBullCross25bool == false) and (basicBullCross50bool == false)
and (rsi(close, 14) < bullRsiMax) and (bullishMacd == true)) ? true : false
basicBearCross25bool = ((ema25_crossunder_sum < ema50_crossunder_sum)
and (ema25_crossunder_sum < ema75_crossunder_sum)
and (ema25_crossunder_sum < maxNoCross)
and crossunder(close, ema(close, minMA)) and (rsi(close, 14) <bearRsiMax)
and (rsi(close, 14) > bearRsiMin) and (bearishMacd == true)) ? true : false
basicBearCross50bool = ((ema50_crossunder_sum < ema25_crossunder_sum)
and (ema50_crossunder_sum < ema75_crossover_sum)
and (ema50_crossunder_sum < maxNoCross)
and crossunder(close, ema(close, midMA)) and (rsi(close, 14) < bearRsiMax)
and (basicBearCross25bool == false)
and (rsi(close, 14) > bearRsiMin) and (bearishMacd == true)) ? true : false
basicBearCross75bool = ((ema75_crossunder_sum < ema25_crossunder_sum)
and (ema75_crossunder_sum < ema50_crossunder_sum)
and (ema75_crossunder_sum < maxNoCross)
and crossunder(close, ema(close, maxMA)) and (rsi(close, 14) < bearRsiMax)
and (basicBearCross25bool == false) and (basicBearCross50bool == false)
and (rsi(close, 14) > bearRsiMin) and (bearishMacd == true)) ? true : false
//STRATEGY
//can change lookback input on ATR
atrLkb = input(14, minval=1, title='ATR Stop Period')
atrRes = input("D", title='ATR Resolution')
atr = security(syminfo.tickerid, atrRes, atr(atrLkb))
longCondition = (basicBullCross25bool or basicBullCross50bool or basicBullCross75bool) == true
if (longCondition)
strategy.entry("Long", strategy.long)
shortCondition = (basicBearCross25bool or basicBearCross50bool or basicBearCross75bool) == true
if (shortCondition)
strategy.entry("Short", strategy.short)
// Calc ATR Stops
// can change atr multiplier to affect stop distance/tp distance, and change "close" to ema values- could try ema 50
stopMult = 0.6 //0.6 is optimal
longStop = na
longStop := shortCondition ? na : longCondition and strategy.position_size <=0 ? close - (atr * stopMult) : longStop[1]
shortStop = na
shortStop := longCondition ? na : shortCondition and strategy.position_size >=0 ? close + (atr * stopMult) : shortStop[1]
//Calc ATR Target
targetMult = 2.2 //2.2 is optimal for crypto x/btc pairs
longTarget = na
longTarget := shortCondition ? na : longCondition and strategy.position_size <=0 ? close + (atr*targetMult) : longTarget[1]
shortTarget = na
shortTarget := longCondition ? na : shortCondition and strategy.position_size >=0 ? close - (atr*targetMult) : shortTarget[1]
// Place the exits
strategy.exit("Long ATR Stop", "Long", stop=longStop, limit=longTarget)
strategy.exit("Short ATR Stop", "Short", stop=shortStop, limit=shortTarget)
//Bar color series
longColour = longCondition ? lime : na
shortColour = shortCondition ? red : na
// Plot the stoplosses and targets
plot(longStop, style=linebr, color=red, linewidth=2, title='Long ATR Stop')
plot(shortStop, style=linebr, color=red, linewidth=2, title='Short ATR Stop')
plot(longTarget, style=linebr, linewidth=2, color=lime, title='Long ATR Target')
plot(shortTarget, linewidth=2, style=linebr, color=lime, title='Long ATR Target')
barcolor(color=longColour)
barcolor(color=shortColour)
alertcondition(((basicBullCross25bool or basicBullCross50bool or basicBullCross75bool)==true), title='Long Entry', message='Bullish Momentum Change!')
alertcondition(((basicBearCross25bool or basicBearCross50bool or basicBearCross75bool)==true), title='Short Entry', message='Bearish Momentum Change!')