McGinley-MACD Volume Synergist

Family: hybrid · Regime: trending · Complexity: high · Asset classes: Equities, Forex, Crypto · Timeframes: 15m, 1h, 4h

Thesis

The hypothesis is that momentum reversals (MACD turns) are only tradeable when institutional volume (VA) confirms the move and the market is in a state of 'active explosion' (WAE) as opposed to noise. By entering only on 'discounted' MACD crosses within a DEMA/McGinley confirmed trend, the strategy seeks to enter trends right after a brief counter-trend pause.

Components

McGinley Dynamic (regime) — Acts as the primary trend regime filter; its non-linear adjustment to price speed reduces whipsaws compared to standard MAs.
Volume Accumulation (VA) (direction) — Provides the directional bias based on institutional volume flow rather than just price action.
MACD signal turn (entry) — Identifies high-probability momentum shifts by entering only when crossovers occur on the 'discounted' side of the zero line.
Waddah Attar Explosion (WAE) (exit) — Triggers a logical exit when the 'explosion' of momentum subsides or falls below the volatility threshold.
Parabolic SAR (risk) — Provides a systematic, non-discretionary trailing stop-loss that accelerates with price movement.
DEMA 200 & ADX Combined HUD (confirmation) — Confirms the trade is aligned with a high-timeframe trend (DEMA 200) and that sufficient trend strength exists (ADX > 20).
Trend Direction and Force Index (TDFI) (volatility_filter) — Filters out low-volatility/dead zones where MACD and VA might produce false signals.

Known failure conditions

Prolonged periods of ADX < 20 across multiple timeframes where the system will produce no signals.
Sudden 'V-shape' reversals that cause the McGinley Dynamic and PSAR to lag simultaneously.
Volume Accumulation decoupling from price direction (divergence) causing directional bias errors.

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