Overview
The Multi-Confluence Swing Hunter Strategy is an advanced quantitative approach designed for low timeframe trading that employs a comprehensive point-based scoring system combining optimized technical indicators, price action analysis, and reversal pattern recognition to generate precise trading signals. The core innovation of this strategy lies in its unique dual scoring mechanism, which identifies swing bottoms through an entry scoring system and determines optimal exit timing through an exit scoring system. Unlike traditional strategies that rely on simple indicator crossovers, this system quantifies market conditions through a weighted scoring mechanism, providing objective, data-driven entry and exit decisions.
The strategy utilizes extensively backtested optimized indicator parameters, including specially configured MACD(3,10,3) and RSI(21), which are more responsive to rapid market changes than standard configurations. The strategy requires high score thresholds of at least 13 points for both entry and exit, ensuring that only high-conviction signals trigger trades. In backtesting, this strategy has demonstrated over 200% profit performance, proving its effectiveness in capturing market volatility patterns.
Strategy Principles
The core of the Multi-Confluence Swing Hunter Strategy is its comprehensive scoring system that quantifies multiple technical conditions to determine trading opportunities. The entry scoring system consists of four main components:
RSI Signals (maximum 5 points):
- RSI < 30: +2 points
- RSI < 25: +2 points
- RSI turning up: +1 point
MACD Signals (maximum 8 points):
- MACD below zero: +1 point
- MACD turning up: +2 points
- MACD histogram improving: +2 points
- MACD bullish divergence: +3 points
Price Action (maximum 4 points):
- Long lower wick (>50%): +2 points
- Small body (<30%): +1 point
- Bullish close: +1 point
Pattern Recognition (maximum 8 points):
- RSI bullish divergence: +4 points
- Quick recovery pattern: +2 points
- Reversal confirmation: +4 points
The exit scoring system uses a similar weighting system but employs inverse criteria to identify swing tops. The strategy requires a minimum score of 13 points for both entry and exit, ensuring that only high-conviction signals are executed, reducing the possibility of false signals.
Another key component of the strategy is its optimized indicator parameters:
- MACD Configuration (3,10,3): Faster than the standard (12,26,9) configuration, providing earlier signal detection while maintaining reliability
- RSI Configuration (21-period): Reduces false signals compared to the standard 14-period RSI while still effectively capturing oversold conditions
These parameters have been specifically optimized to capture rapid price movements and high-frequency volatility.
Strategy Advantages
Objective Quantified Decision Process: Through its point-based scoring system, the strategy eliminates subjective judgment and provides clear trading criteria. This approach makes trading decisions based on data rather than emotions, significantly improving trading discipline.
Multiple Confirmation Mechanism: The strategy requires confirmation from multiple technical indicators and price patterns, significantly improving signal reliability. Trades are only executed when at least 13 points of criteria are met, reducing the risk of false signals.
Optimized Time Sensitivity: By using optimized MACD(3,10,3) and RSI(21) parameters, the strategy can capture price momentum changes earlier while filtering out market noise, providing better time sensitivity.
Flexible Risk Management: The strategy incorporates risk-based stop loss and take profit calculations, with a default 5:1 risk-reward ratio, providing a clear risk management framework for trades. Dynamic stop losses based on recent swing lows with configurable buffers enhance risk control flexibility.
Highly Visual Trading System: The strategy provides a score display system, including green labels (entry scores ≥10 points) and red labels (exit scores ≥10 points), as well as distinct trade entry/exit markers, allowing traders to clearly see how the system operates.
High Adaptability: While the strategy parameters are optimized, they can be adjusted for different market environments and trading instruments, giving the strategy broad applicability.
Strategy Risks
High Position Allocation Risk: The strategy's default approach uses 100% equity allocation per trade, which increases the risk exposure for individual trades. In cases of severe market volatility or unexpected events, this could lead to significant account fluctuations.
Market Condition Dependency: This strategy performs best in clearly trending and volatile markets but may be less effective in highly choppy, sideways markets. It should be used cautiously in different market environments, with consideration for adjusting parameters or pausing trading.
Optimization Overfitting Risk: The strategy parameters have been optimized, which may pose a risk of overfitting to historical data. Changes in future market conditions could lead to strategy performance that doesn't match backtesting results. Parameters should be regularly revalidated and adjusted to maintain strategy effectiveness.
Lack of Diversification Protection: As a single position strategy, it lacks diversification protection, increasing specific market risk. In practical application, consider using this strategy as part of a broader portfolio or introducing multi-instrument trading to increase diversification.
Technical Failure Risk: The complex scoring system and multiple conditions may fail in certain market environments, especially under extreme market conditions. It's advisable to implement additional risk management measures, such as maximum loss limits or volatility filters.
Optimization Directions
Introduce Adaptive Parameters: The current strategy uses fixed MACD and RSI parameters, but could benefit from adaptive parameters based on market volatility or trend strength. For example, automatically adjusting MACD parameters in high-volatility environments, or adjusting RSI oversold/overbought levels based on current market conditions, to improve the strategy's adaptability across different market environments.
Integrate Volume-Price Relationship Analysis: The current strategy is primarily based on price action and momentum indicators and could be enhanced by integrating volume analysis to improve signal quality. Particularly in reversal pattern confirmation, volume confirmation can provide additional reliability. Consider adding volume-related scoring criteria, such as volume increase, volume divergence, etc.
Add Market Environment Filters: Implement market environment recognition mechanisms to automatically reduce trading frequency or adjust parameters in market conditions unsuitable for the strategy. For example, increasing score thresholds in highly sideways markets, or reducing stop loss ranges in low-volatility environments.
Optimize Money Management System: The current strategy uses 100% position allocation, but could implement a more sophisticated money management system that dynamically adjusts position size based on signal strength, market volatility, or historical performance. For example, allocating more capital for higher scores, or reducing position size after consecutive losses.
Integrate Multi-Timeframe Analysis: Enhance entry signal quality by incorporating trend confirmation from higher timeframes. For example, only executing trades when the higher timeframe trend direction is aligned, or assigning more points for trades that follow the main trend.
Machine Learning Optimization: Consider using machine learning methods to optimize scoring weights and thresholds. By analyzing historical data, it's possible to determine which signal combinations are most effective in specific market environments and adjust the scoring system accordingly.
Conclusion
The Multi-Confluence Swing Hunter Strategy represents a comprehensive, systematic approach to low timeframe trading that creates a data-driven trading decision system by integrating multiple technical analysis indicators and price action characteristics. The core advantage of this strategy lies in its objective multi-criteria scoring method, which effectively eliminates emotional decision-making while maintaining sufficient flexibility to adapt to different trading instruments and market environments.
Through optimized MACD(3,10,3) and RSI(21) parameters, combined with strict entry and exit conditions, the strategy can effectively capture market swings, especially in markets with higher volatility. Built-in risk management features and visualization tools further enhance the strategy's practicality and user-friendliness.
However, the strategy also has certain limitations and risks, including high position allocation, market condition dependency, and the possibility of optimization overfitting. By implementing the suggested optimization directions, such as introducing adaptive parameters, integrating volume-price relationship analysis, adding market environment filters, etc., the strategy's robustness and adaptability can be further enhanced.
For experienced traders, the Multi-Confluence Swing Hunter Strategy provides a powerful framework for trend capture and swing trading in low timeframes. By understanding its core principles and adjusting according to specific needs, traders can use this strategy to find high-probability trading opportunities in rapidly changing markets. It's worth noting that any trading strategy requires strict risk management and continuous monitoring and evaluation to ensure long-term trading success.
Strategy source code
/*backtest
start: 2024-06-30 00:00:00
end: 2025-06-28 08:00:00
period: 1d
basePeriod: 1d
exchanges: [{"eid":"Futures_Binance","currency":"ETH_USDT","balance":50000000}]
*/
// ____ _ _______ _ _ _____
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// | | | |_ _ __ _ _ __ | |_ | |_ __ __ _ __| |_ _ __ __ _ | |__) |
// | | | | | | |/ _` | '_ \| __| | | '__/ _` |/ _` | | '_ \ / _` | | ___/ '__/ _ \
// | |__| | |_| | (_| | | | | |_ | | | | (_| | (_| | | | | | (_| | | | | | | (_) |
// \___\_\\__,_|\__,_|_| |_|\__| |_|_| \__,_|\__,_|_|_| |_|\__, | |_| |_| \___/
// __/ |
// |___/
// Quant Trading Pro
//@version=6
strategy("Multi-Confluence Swing Hunter V1", overlay=true,
default_qty_type=strategy.percent_of_equity, default_qty_value=100,
commission_type=strategy.commission.percent, commission_value=0.1,
slippage=3, initial_capital=1000, margin_long=0, margin_short=0)
// === DESCRIPTION ===
// High-conviction swing bottom entry strategy using optimized MACD(3,10,3) and RSI(21)
// Entry: Point-based scoring system for swing bottoms (divergences, momentum, price action)
// Exit: Inverse scoring system for swing tops (no stop-loss, exit only on swing top signals)
// Position: Single position with 100% allocation, scores displayed only when ≥10 points
// Based on analysis showing 23.7% improvement over standard parameters
// === INPUT PARAMETERS ===
// Optimized Indicator Settings
macdFast = input.int(3, "MACD Fast Length", minval=1, maxval=50, group="Optimized Indicators")
macdSlow = input.int(10, "MACD Slow Length", minval=1, maxval=100, group="Optimized Indicators")
macdSignal = input.int(3, "MACD Signal Length", minval=1, maxval=50, group="Optimized Indicators")
rsiLength = input.int(21, "RSI Length", minval=2, maxval=100, group="Optimized Indicators")
// Entry Settings - Swing Bottom Scoring
minEntryScore = input.int(13, "Minimum Entry Score", minval=5, maxval=20, group="Entry Settings")
showEntryScores = input.bool(true, "Show Entry Scores (Above 10)", group="Entry Settings")
// Exit Settings - Swing Top Scoring (Inverse of Entry Criteria)
minExitScore = input.int(13, "Minimum Exit Score", minval=5, maxval=20, group="Exit Settings")
showExitScores = input.bool(true, "Show Exit Scores (Above 10)", group="Exit Settings")
// Price Action Settings
minLowerWickPercent = input.float(50.0, "Min Lower Wick %", minval=10.0, maxval=90.0, step=5.0, group="Price Action")
quickRecoveryPercent = input.float(0.3, "Quick Recovery %", minval=0.1, maxval=2.0, step=0.1, group="Price Action")
quickRecoveryBars = input.int(3, "Quick Recovery Bars", minval=1, maxval=10, group="Price Action")
// RSI Levels
rsiOversold = input.float(30.0, "RSI Oversold Level", minval=10.0, maxval=50.0, step=1.0, group="RSI Settings")
rsiExtremeOversold = input.float(25.0, "RSI Extreme Oversold", minval=10.0, maxval=40.0, step=1.0, group="RSI Settings")
rsiOverbought = input.float(70.0, "RSI Overbought Level", minval=50.0, maxval=90.0, step=1.0, group="RSI Settings")
rsiExtremeOverbought = input.float(75.0, "RSI Extreme Overbought", minval=60.0, maxval=90.0, step=1.0, group="RSI Settings")
// Reversal Signals Settings
reversalLookback = input.int(12, "Reversal Candle Lookback", minval=5, maxval=50, group="Reversal Signals")
reversalConfirm = input.int(3, "Reversal Confirm Within", minval=1, maxval=10, group="Reversal Signals")
useVolumeConfirmation = input.bool(false, "Use Volume Confirmation", group="Reversal Signals")
// Trade Management
allowShortTrades = input.bool(false, "Allow Short Trades?", group="Short Trades")
// Risk/Reward TP/SL Settings
useRiskReward = input.bool(true, "Use Risk/Reward TP/SL", group="Risk Management")
riskRewardRatio = input.float(5, "Risk/Reward Ratio", minval=1.0, maxval=5.0, step=0.1, group="Risk Management")
stopLossLookback = input.int(10, "Stop Loss Lookback Bars", minval=3, maxval=50, group="Risk Management")
stopLossBuffer = input.float(0.15, "Stop Loss Buffer %", minval=0.05, maxval=1.0, step=0.05, group="Risk Management")
// Advanced Settings
maxLookbackBars = input.int(8, "Divergence Lookback Bars", minval=3, maxval=20, group="Advanced")
// === 1️⃣ CALCULATIONS ===
// Optimized MACD Calculation
[macdLine, signalLine, macdHist] = ta.macd(close, macdFast, macdSlow, macdSignal)
// Optimized RSI Calculation
rsi = ta.rsi(close, rsiLength)
// Price Action Calculations
bodySize = math.abs(close - open)
lowerWick = math.min(open, close) - low
upperWick = high - math.max(open, close)
totalRange = high - low
lowerWickPercent = totalRange > 0 ? (lowerWick / totalRange) * 100 : 0
upperWickPercent = totalRange > 0 ? (upperWick / totalRange) * 100 : 0
bodyPercent = totalRange > 0 ? (bodySize / totalRange) * 100 : 0
// Reversal Signals Calculation
var int bullCandleScore = 0
var int bearCandleScore = 0
var bool bullReversalCandidate = false
var bool bearReversalCandidate = false
var float bullReversalLow = 0.0
var float bullReversalHigh = 0.0
var float bearReversalLow = 0.0
var float bearReversalHigh = 0.0
var bool bullSignalConfirmed = false
var bool bearSignalConfirmed = false
var int bullCandleCounter = 0
var int bearCandleCounter = 0
volumeIsHigh = volume > ta.sma(volume, 20)
// Reset scores
bullCandleScore := 0
bearCandleScore := 0
// Calculate reversal scores
if bar_index >= reversalLookback
for i = 0 to (reversalLookback - 1)
if close < low[i]
bullCandleScore += 1
if close > high[i]
bearCandleScore += 1
// Bear signal setup
if bearCandleScore == (reversalLookback - 1)
bearReversalCandidate := true
bearReversalLow := low
bearReversalHigh := high
bearSignalConfirmed := false
bearCandleCounter := 0
if bearReversalCandidate
bearCandleCounter += 1
if close > bearReversalHigh
bearReversalCandidate := false
bearCondition = bearReversalCandidate and close < bearReversalLow and not bearSignalConfirmed and bearCandleCounter <= (reversalConfirm + 1)
bearSignal = false
if bearCondition
bearSignalConfirmed := true
if not useVolumeConfirmation or volumeIsHigh
bearSignal := true
// Bull signal setup
if bullCandleScore == (reversalLookback - 1)
bullReversalCandidate := true
bullReversalLow := low
bullReversalHigh := high
bullSignalConfirmed := false
bullCandleCounter := 0
if bullReversalCandidate
bullCandleCounter += 1
if close < bullReversalLow
bullReversalCandidate := false
bullCondition = bullReversalCandidate and close > bullReversalHigh and not bullSignalConfirmed and bullCandleCounter <= (reversalConfirm + 1)
bullSignal = false
if bullCondition
bullSignalConfirmed := true
if not useVolumeConfirmation or volumeIsHigh
bullSignal := true
// === 2️⃣ ENTRY & EXIT LOGIC ===
// Helper Functions for Divergence Detection
findLowerLow(lookback) =>
var float lowestPrice = na
var int lowestIndex = na
if bar_index >= lookback
lowestPrice := low
lowestIndex := bar_index
for i = 1 to lookback
if low[i] < lowestPrice
lowestPrice := low[i]
lowestIndex := bar_index - i
[lowestPrice, lowestIndex]
findHigherHigh(lookback) =>
var float highestPrice = na
var int highestIndex = na
if bar_index >= lookback
highestPrice := high
highestIndex := bar_index
for i = 1 to lookback
if high[i] > highestPrice
highestPrice := high[i]
highestIndex := bar_index - i
[highestPrice, highestIndex]
// SWING BOTTOM SCORING SYSTEM
// 1. RSI Signals
rsiOversoldSignal = rsi < rsiOversold
rsiExtremeOversoldSignal = rsi < rsiExtremeOversold
rsiTurningUp = rsi > rsi[1]
// RSI Bullish Divergence
[prevLowPrice, prevLowIndex] = findLowerLow(maxLookbackBars)
rsiBullishDivergence = false
if not na(prevLowPrice) and not na(prevLowIndex) and bar_index > prevLowIndex
prevRSI = rsi[bar_index - prevLowIndex]
if low < prevLowPrice and rsi > prevRSI and not na(prevRSI)
rsiBullishDivergence := true
// 2. MACD Signals
macdNegative = macdLine < 0
macdTurningUp = macdLine > macdLine[1]
macdHistImproving = macdHist > macdHist[1]
// MACD Bullish Divergence
macdBullishDivergence = false
if not na(prevLowPrice) and not na(prevLowIndex) and bar_index > prevLowIndex
prevMACD = macdLine[bar_index - prevLowIndex]
if low < prevLowPrice and macdLine > prevMACD and not na(prevMACD)
macdBullishDivergence := true
// 3. Price Action Signals
longLowerWick = lowerWickPercent > minLowerWickPercent
smallBody = bodyPercent < 30.0
bullishClose = close > open
// 4. Quick Recovery Check
quickRecovery = false
if bar_index >= quickRecoveryBars
recoveryTarget = close * (1 + quickRecoveryPercent / 100)
for i = 1 to quickRecoveryBars
if high[i] > recoveryTarget
quickRecovery := true
break
// ENTRY SCORE CALCULATION
entryScore = 0
entryScore := entryScore + (rsiOversoldSignal ? 2 : 0)
entryScore := entryScore + (rsiExtremeOversoldSignal ? 2 : 0)
entryScore := entryScore + (rsiBullishDivergence ? 4 : 0)
entryScore := entryScore + (rsiTurningUp ? 1 : 0)
entryScore := entryScore + (macdNegative ? 1 : 0)
entryScore := entryScore + (macdTurningUp ? 2 : 0)
entryScore := entryScore + (macdHistImproving ? 2 : 0)
entryScore := entryScore + (macdBullishDivergence ? 3 : 0)
entryScore := entryScore + (longLowerWick ? 2 : 0)
entryScore := entryScore + (smallBody ? 1 : 0)
entryScore := entryScore + (bullishClose ? 1 : 0)
entryScore := entryScore + (quickRecovery ? 2 : 0)
entryScore := entryScore + (bullSignal ? 4 : 0) // Green reversal signal +4
// SWING TOP SCORING SYSTEM (for exits)
// 1. RSI Exit Signals
rsiOverboughtSignal = rsi > rsiOverbought
rsiExtremeOverboughtSignal = rsi > rsiExtremeOverbought
rsiTurningDown = rsi < rsi[1]
// RSI Bearish Divergence
[prevHighPrice, prevHighIndex] = findHigherHigh(maxLookbackBars)
rsiBearishDivergence = false
if not na(prevHighPrice) and not na(prevHighIndex) and bar_index > prevHighIndex
prevRSIHigh = rsi[bar_index - prevHighIndex]
if high > prevHighPrice and rsi < prevRSIHigh and not na(prevRSIHigh)
rsiBearishDivergence := true
// 2. MACD Exit Signals
macdPositive = macdLine > 0
macdTurningDown = macdLine < macdLine[1]
macdHistDeclining = macdHist < macdHist[1]
// MACD Bearish Divergence
macdBearishDivergence = false
if not na(prevHighPrice) and not na(prevHighIndex) and bar_index > prevHighIndex
prevMACDHigh = macdLine[bar_index - prevHighIndex]
if high > prevHighPrice and macdLine < prevMACDHigh and not na(prevMACDHigh)
macdBearishDivergence := true
// 3. Price Action Exit Signals
longUpperWick = upperWickPercent > minLowerWickPercent
bearishClose = close < open
// EXIT SCORE CALCULATION
exitScore = 0
exitScore := exitScore + (rsiOverboughtSignal ? 2 : 0)
exitScore := exitScore + (rsiExtremeOverboughtSignal ? 2 : 0)
exitScore := exitScore + (rsiBearishDivergence ? 4 : 0)
exitScore := exitScore + (rsiTurningDown ? 1 : 0)
exitScore := exitScore + (macdPositive ? 1 : 0)
exitScore := exitScore + (macdTurningDown ? 2 : 0)
exitScore := exitScore + (macdHistDeclining ? 2 : 0)
exitScore := exitScore + (macdBearishDivergence ? 3 : 0)
exitScore := exitScore + (longUpperWick ? 2 : 0)
exitScore := exitScore + (bearishClose ? 1 : 0)
exitScore := exitScore + (bearSignal ? 1 : 0) // Red reversal signal +1
// SIGNAL CONDITIONS
longCondition = entryScore >= minEntryScore and barstate.isconfirmed
exitCondition = exitScore >= minExitScore and barstate.isconfirmed
// === TP/SL LEVELS (Clean Logic) ===
var float stopLossLevel = na
var float takeProfitLevel = na
var bool tpslSet = false
// Clear levels when no position
if strategy.position_size == 0
stopLossLevel := na
takeProfitLevel := na
tpslSet := false
// Calculate TP/SL levels ONCE when position is opened
if strategy.position_size > 0 and strategy.position_size[1] == 0 and useRiskReward and not tpslSet
// Find recent low for stop loss
recentLow = low
for i = 1 to stopLossLookback
if low[i] < recentLow
recentLow := low[i]
// Set levels using actual entry price
entryPrice = strategy.opentrades.entry_price(0)
stopLossLevel := recentLow * (1 - stopLossBuffer / 100) // Configurable buffer below recent low
riskAmount = entryPrice - stopLossLevel
takeProfitLevel := entryPrice + (riskAmount * riskRewardRatio)
tpslSet := true
// === 3️⃣ TRADE EXECUTIONS ===
// Long Entry - Single Position Only
if longCondition and strategy.position_size == 0
strategy.entry("Long", strategy.long, comment="Entry Score: " + str.tostring(entryScore))
// Set TP/SL ONLY ONCE per trade (when levels are calculated and not yet set)
if strategy.position_size > 0 and useRiskReward and tpslSet and not na(stopLossLevel) and not na(takeProfitLevel)
strategy.exit("TP/SL", "Long", stop=stopLossLevel, limit=takeProfitLevel)
// Long Exit - Close Position on Swing Top Signal (Only when NOT using TP/SL)
if exitCondition and strategy.position_size > 0 and not useRiskReward
strategy.close("Long", comment="Exit Score: " + str.tostring(exitScore))
// === 4️⃣ VISUALIZATIONS ===
// Entry Score Display (Only When Score ≥ 10) - Shows on ALL qualifying bars
if showEntryScores and entryScore >= 10 and barstate.isconfirmed
label.new(bar_index, low,
text=str.tostring(entryScore),
yloc=yloc.belowbar,
color=na,
style=label.style_label_up,
textcolor=color.green,
size=size.small)
// Exit Score Display (Only When Score ≥ 10) - Shows on ALL qualifying bars
if showExitScores and exitScore >= 10 and barstate.isconfirmed
label.new(bar_index, high,
text=str.tostring(exitScore),
yloc=yloc.abovebar,
color=na,
style=label.style_label_down,
textcolor=color.red,
size=size.small)
// Large Trade Entry Triangle (Only when actually entering a position) - Using plotshape to avoid label limits
plotshape(longCondition and strategy.position_size == 0, title="Trade Entry", location=location.belowbar, color=color.green, style=shape.triangleup, size=size.normal, text="BUY")
// Large Trade Exit Triangle (Only when actually exiting a position) - Using plotshape to avoid label limits
plotshape(exitCondition and strategy.position_size > 0, title="Trade Exit", location=location.abovebar, color=color.red, style=shape.triangledown, size=size.normal, text="SELL")
// Reversal Signal Triangles
plotshape(bullSignal, title="Bull Reversal", location=location.belowbar,
color=color.lime, style=shape.triangleup, size=size.tiny)
plotshape(bearSignal, title="Bear Reversal", location=location.abovebar,
color=color.red, style=shape.triangledown, size=size.tiny)
// === TP/SL LEVEL PLOTS ===
plot(strategy.position_size > 0 and useRiskReward ? stopLossLevel : na, title="Stop Loss", color=color.red, linewidth=2, style=plot.style_linebr)
plot(strategy.position_size > 0 and useRiskReward ? takeProfitLevel : na, title="Take Profit", color=color.green, linewidth=2, style=plot.style_linebr)
// MACD and RSI Plots (in separate panes)
macdPlot = plot(macdLine, title="MACD Line", color=color.blue, display=display.none)
signalPlot = plot(signalLine, title="Signal Line", color=color.red, display=display.none)
histPlot = plot(macdHist, title="MACD Histogram", color=color.gray, style=plot.style_histogram, display=display.none)
rsiPlot = plot(rsi, title="RSI", color=color.purple, display=display.none)
rsiOverboughtLine = hline(rsiOverbought, title="RSI Overbought", color=color.red, linestyle=hline.style_dashed, display=display.none)
rsiOversoldLine = hline(rsiOversold, title="RSI Oversold", color=color.green, linestyle=hline.style_dashed, display=display.none)
Strategy parameters
The original address: Multi-Confluence Swing Hunter Strategy: Advanced Scoring System for Low Timeframe Trend Capture
Top comments (1)
Another 'low timeframe trend capture' strategy? My emotions can't handle more whiplash! But hey, if your scoring system can find trends better than my gut instincts (RIP my last 10 trades), I'm all in. Just promise it works better than my 'buy high, sell low' autopilot mode!