
이 전략은 동력 지표와 경향 지표를 결합한 다인자 판단형 수치 거래 전략이다. 전략은 여러 평균의 수학적 조합을 계산하여 시장의 전반적인 경향과 동력 방향을 판단하고, 하락 조건에 따라 거래 신호를 낸다.
이 전략은 동력 지표와 트렌드 지표의 다인자 조합을 통해 시장 상태를 판단하고 설정된 임계값에 따라 거래 신호를 발송한다. 전략의 장점은 구성성이 강하고, 다양한 시장 환경에 적합하며, 이해하기 쉽다는 것이다. 전략의 단점은 매개 변수를 최적화하는 데 어려움이 많고, 거래 빈도가 너무 높고, 효과는 시장과 관련이 강하다. 향후에는 중지 손실, 매개 변수 최적화 및 기계 학습 등의 수단을 추가하여 추가적으로 최적화 할 수 있다.
/*backtest
start: 2022-11-16 00:00:00
end: 2023-11-22 00:00:00
period: 1d
basePeriod: 1h
exchanges: [{"eid":"Futures_Binance","currency":"BTC_USDT"}]
*/
//@version=2
////////////////////////////////////////////////////////////
// Copyright by HPotter v1.0 14/03/2017
// This is modified version of Dale Legan's "Confluence" indicator written by Gary Fritz.
// ================================================================
// Here is Gary`s commentary:
// Since the Confluence indicator returned several "states" (bull, bear, grey, and zero),
// he modified the return value a bit:
// -9 to -1 = Bearish
// -0.9 to 0.9 = "grey" (and zero)
// 1 to 9 = Bullish
// The "grey" range corresponds to the "grey" values plotted by Dale's indicator, but
// they're divided by 10.
//
// You can change long to short in the Input Settings
// Please, use it only for learning or paper trading. Do not for real trading.
////////////////////////////////////////////////////////////
strategy(title="Confluence", shorttitle="Confluence")
Harmonic = input(10, minval=1)
BuyBand = input(9)
SellBand = input(-9)
reverse = input(false, title="Trade reverse")
hline(SellBand, color=red, linestyle=line)
hline(BuyBand, color=green, linestyle=line)
Price = close
STL = round((Harmonic * 2) - 1 - 0.5)
ITL = round((STL * 2) - 1 - 0.5)
LTL = round((ITL * 2) - 1 - 0.5)
HOFF = round(Harmonic / 2 - 0.5)
SOFF = round(STL / 2 - 0.5)
IOFF = round(ITL / 2 - 0.5)
xHavg = sma(Price, Harmonic)
xSavg = sma(Price, STL)
xIavg = sma(Price, ITL)
xLavg = sma(Price, LTL)
xvalue2 = xSavg - xHavg[HOFF]
xvalue3 = xIavg - xSavg[SOFF]
xvalue12 = xLavg - xIavg[IOFF]
xmomsig = xvalue2 + xvalue3 + xvalue12
xLavgOHLC = sma(ohlc4, LTL - 1)
xH2 = sma(Price, Harmonic - 1)
xS2 = sma(Price, STL - 1)
xI2 = sma(Price, ITL - 1)
xL2 = sma(Price, LTL - 1)
DerivH = (xHavg * 2) - xHavg[1]
DerivS = (xSavg * 2) - xSavg[1]
DerivI = (xIavg * 2) - xIavg[1]
DerivL = (xLavg * 2) - xLavg[1]
SumDH = Harmonic * DerivH
SumDS = STL * DerivS
SumDI = ITL * DerivI
SumDL = LTL * DerivL
LengH = Harmonic - 1
LengS = STL - 1
LengI = ITL - 1
LengL = LTL - 1
N1H = xH2 * LengH
N1S = xS2 * LengS
N1I = xI2 * LengI
N1L = xL2 * LengL
DRH = SumDH - N1H
DRS = SumDS - N1S
DRI = SumDI - N1I
DRL = SumDL - N1L
SumH = xH2 * (Harmonic - 1)
SumS = xS2 * (STL - 1)
SumI = xI2 * (ITL - 1)
SumL = xLavgOHLC * (LTL - 1)
xvalue5 = (SumH + DRH) / Harmonic
xvalue6 = (SumS + DRS) / STL
xvalue7 = (SumI + DRI) / ITL
xvalue13 = (SumL + DRL) / LTL
value9 = xvalue6 - xvalue5[HOFF]
value10 = xvalue7 - xvalue6[SOFF]
value14 = xvalue13 - xvalue7[IOFF]
xmom = value9 + value10 + value14
HT = sin(xvalue5 * 2 * 3.14 / 360) + cos(xvalue5 * 2 * 3.14 / 360)
HTA = sin(xHavg * 2 * 3.14 / 360) + cos(xHavg * 2 * 3.14 / 360)
ST = sin(xvalue6 * 2 * 3.14 / 360) + cos(xvalue6 * 2 * 3.14 / 360)
STA = sin(xSavg * 2 * 3.14 / 360) + cos(xSavg * 2 * 3.14 / 360)
IT = sin(xvalue7 * 2 * 3.14 / 360) + cos(xvalue7 * 2 * 3.14 / 360)
ITA = sin(xIavg * 2 * 3.14 / 360) + cos(xIavg * 2 * 3.14 / 360)
xSum = HT + ST + IT
xErr = HTA + STA + ITA
Condition2 = (((xSum > xSum[SOFF]) and (xHavg < xHavg[SOFF])) or ((xSum < xSum[SOFF]) and (xHavg > xHavg[SOFF])))
Phase = iff(Condition2 , -1 , 1)
xErrSum = (xSum - xErr) * Phase
xErrSig = sma(xErrSum, SOFF)
xvalue70 = xvalue5 - xvalue13
xvalue71 = sma(xvalue70, Harmonic)
ErrNum = iff (xErrSum > 0 and xErrSum < xErrSum[1] and xErrSum < xErrSig, 1,
iff (xErrSum > 0 and xErrSum < xErrSum[1] and xErrSum > xErrSig, 2,
iff (xErrSum > 0 and xErrSum > xErrSum[1] and xErrSum < xErrSig, 2,
iff (xErrSum > 0 and xErrSum > xErrSum[1] and xErrSum > xErrSig, 3,
iff (xErrSum < 0 and xErrSum > xErrSum[1] and xErrSum > xErrSig, -1,
iff (xErrSum < 0 and xErrSum < xErrSum[1] and xErrSum > xErrSig, -2,
iff (xErrSum < 0 and xErrSum > xErrSum[1] and xErrSum < xErrSig, -2,
iff (xErrSum < 0 and xErrSum < xErrSum[1] and xErrSum < xErrSig, -3, 0))))))))
momNum = iff (xmom > 0 and xmom < xmom[1] and xmom < xmomsig , 1,
iff (xmom > 0 and xmom < xmom[1] and xmom > xmomsig, 2,
iff (xmom > 0 and xmom > xmom[1] and xmom < xmomsig, 2,
iff (xmom > 0 and xmom > xmom[1] and xmom > xmomsig, 3,
iff (xmom < 0 and xmom > xmom[1] and xmom > xmomsig, -1,
iff (xmom < 0 and xmom < xmom[1] and xmom > xmomsig, -2,
iff (xmom < 0 and xmom > xmom[1] and xmom < xmomsig, -2,
iff (xmom < 0 and xmom < xmom[1] and xmom < xmomsig, -3, 0))))))))
TCNum = iff (xvalue70 > 0 and xvalue70 < xvalue70[1] and xvalue70 < xvalue71, 1,
iff (xvalue70 > 0 and xvalue70 < xvalue70[1] and xvalue70 > xvalue71, 2,
iff (xvalue70 > 0 and xvalue70 > xvalue70[1] and xvalue70 < xvalue71, 2,
iff (xvalue70 > 0 and xvalue70 > xvalue70[1] and xvalue70 > xvalue71, 3,
iff (xvalue70 < 0 and xvalue70 > xvalue70[1] and xvalue70 > xvalue71, -1,
iff (xvalue70 < 0 and xvalue70 < xvalue70[1] and xvalue70 > xvalue71, -2,
iff (xvalue70 < 0 and xvalue70 > xvalue70[1] and xvalue70 < xvalue71, -2,
iff (xvalue70 < 0 and xvalue70 < xvalue70[1] and xvalue70 < xvalue71, -3,0))))))))
value42 = ErrNum + momNum + TCNum
Confluence = iff (value42 > 0 and xvalue70 > 0, value42,
iff (value42 < 0 and xvalue70 < 0, value42,
iff ((value42 > 0 and xvalue70 < 0) or (value42 < 0 and xvalue70 > 0), value42 / 10, 0)))
Res1 = iff (Confluence >= 1, Confluence, 0)
Res2 = iff (Confluence <= -1, Confluence, 0)
Res3 = iff (Confluence == 0, 0, iff (Confluence > -1 and Confluence < 1, 10 * Confluence, 0))
pos = iff(Res2 >= SellBand and Res2 != 0, -1,
iff(Res1 <= BuyBand and Res1 != 0, 1,
iff(Res3 != 0, 0, nz(pos[1], 0))))
possig = iff(reverse and pos == 1, -1,
iff(reverse and pos == -1, 1, pos))
if (possig == 1)
strategy.entry("Long", strategy.long)
if (possig == -1)
strategy.entry("Short", strategy.short)
if (possig == 0)
strategy.close("Long", when = possig == 0)
strategy.close("Short", when = possig == 0)
barcolor(possig == -1 ? red: possig == 1 ? green : blue )
plot(Res1, color=green, title="Confluence", linewidth=3, style = histogram)
plot(Res2, color=red, title="Confluence", linewidth=3, style = histogram)
plot(Res3, color=gray, title="Confluence", linewidth=3, style = histogram)