Institutional Efficiency & Round Zone Context

Family: trend_following · Regime: trending · Complexity: high · Asset classes: FX, Equities, Crypto · Timeframes: H1, H4, D1

Thesis

Market trends are most sustainable when high price displacement occurs on relatively low volume (high efficiency), indicating a lack of institutional 'churn.' By entering these efficient moves on local stochastic pullbacks and exiting at psychological round-number 'magnets,' we exploit the gap between retail trend-following and institutional liquidity zones.

Components

• Aroon (regime) — Identifies the initiation phase of a trend (Aroon Up > 70) to ensure momentum signals are not traded in noise.
• CCI / Connectable [Azullian] (direction) — Confirms high-conviction momentum direction within the trend regime.
• Stochastic Oscillator (entry) — Triggers the entry on a mean-reversion 'dip' or 'rip' within the established trend.
• Round Levels Zone Shading (exit) — Targets institutional liquidity pools (round numbers) as natural take-profit exhaustion points.
• PiPi (Price Infrastructure & Position Interface) (risk) — Uses Fibonacci-mapped market structure to define the stop-loss and trade context.
• Volume to Absolute Return Ratio (volatility_filter) — Filters out 'low-effort' price moves where high volume fails to produce significant price displacement.

Known failure conditions

• Persistent low-volatility environments where price oscialltes between round numbers without trend persistence.
• Failure of volume-displacement logic where high-volume spikes lead to immediate reversals (wash-outs).
• Indicator latency in the Connectable/PiPi framework resulting in entries after the move is exhausted.

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