Lorentzian Matrix ORB Grid Hybrid

Family: hybrid · Regime: trending · Complexity: high · Asset classes: Equities, Forex, Crypto · Timeframes: 5m, 15m

Thesis

Market participants respond to psychological 'round numbers' (Grid Points) after initial session volatility (Opening Range) creates a trend; machine learning (Lorentzian Classification) can identify the specific momentum clusters that lead to profitable extensions beyond these ranges.

Components

• Supported for-in empty array slice result negative body history (regime) — Acts as a 'Runtime Integrity Filter'. Since this technical test returns 'na' on empty slices, it functions as a kill-switch: if the runtime environment fails this semantic test, the strategy assumes data corruption and remains flat.
• Supported matrix.swap_columns (direction) — Provides the 'True Price' reference. By swapping columns of a 1x2 matrix containing price, it isolates the current close in a matrix structure to ensure signal calculations are synced with the matrix-based Lorentzian entry.
• Lorentzian Classification (entry) — Uses k-Nearest Neighbors in a Lorentzian distance space to classify the current market state based on historical similarities. This provides the primary predictive signal.
• Momentum (MOM) (exit) — Used for mean-reversion exits; when momentum shifts against the trade, the position is liquidated before price hits the stop.
• Grid Points Utility (risk) — Establishes psychological support/resistance levels. These static round-number intervals define the physical Stop Loss and Take Profit levels, ensuring risk is pegged to structural 'psych levels'.
• Relative Strength Index (RSI) (confirmation) — Provides momentum confirmation to prevent entering Lorentzian 'Buy' signals in oversold conditions or 'Sell' signals in overbought conditions.
• Trepidity Opening Range with Extensions (volatility_filter) — Defines the volatility boundary. Entries are only permitted when price has expanded beyond the initial 30-minute opening range, identifying high-conviction intraday trends.

Known failure conditions

• Lorentzian classifier results in more than 5 alternating signals within a 10-bar window (overfitting/noise).
• Opening range width exceeds 2% of asset value, making grid-based stops mathematically irrelevant.
• Matrix operations return 'na' due to buffer overflows in the runtime.

Explore the full interactive blueprint, parameter ranges and evidence on WOBR StrategyVerse, or generate this strategy as an MT4/MT5 Expert Advisor with QuantMogul AI Engine.