Delta Flux Engine v9.1

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🔹 Delta Flux Engine v9.1 — Adaptive State-Shift Recognition Model

The Delta Flux Engine v9.1 is a proprietary multi-layer signal framework designed to detect transitional compression points within evolving price structures.
Instead of relying on conventional indicator interpretations, the engine uses a blend of dynamic gradient mapping, phase-biased flow filters, and context-driven polarity shifts to identify moments where market behaviour deviates from its surface trend.

This module evaluates:

Directional energy bias through adaptive smoothing fields

Short-cycle deformation variance within oscillatory pivots

Micro-structural inversion signatures during momentum realignment

Retail–phase residual noise vs. quant-phase structural flow

The system plots three independent signal layers representing baseline state pulses, context-filtered polarity shifts, and inverse structural traps that may indicate potential changes in behaviour density.

This tool is designed for advanced discretionary traders who understand:

Multi-phase flow mechanics

Behavioural displacement in momentum environments

Contextual compression and expansion states

The internal model structure is intentionally abstracted and parameter-reduced to preserve its proprietary design.

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Sürüm Notları

🔹 Delta Flux Engine v9.1 — Adaptive State-Shift Recognition Model

The Delta Flux Engine v9.1 is a proprietary multi-layer signal framework designed to detect transitional compression points within evolving price structures.
Instead of relying on conventional indicator interpretations, the engine uses a blend of dynamic gradient mapping, phase-biased flow filters, and context-driven polarity shifts to identify moments where market behaviour deviates from its surface trend.

This module evaluates:

Directional energy bias through adaptive smoothing fields

Short-cycle deformation variance within oscillatory pivots

Micro-structural inversion signatures during momentum realignment

Retail–phase residual noise vs. quant-phase structural flow

The system plots three independent signal layers representing baseline state pulses, context-filtered polarity shifts, and inverse structural traps that may indicate potential changes in behaviour density.

This tool is designed for advanced discretionary traders who understand:

Multi-phase flow mechanics

Behavioural displacement in momentum environments

Contextual compression and expansion states

The internal model structure is intentionally abstracted and parameter-reduced to preserve its proprietary design.