Intuition Engine v1.1: A Minimal Digital Implementation of Collapse Preconditioning

Intuition Engine v1 proposed a pre-semantic predictive layer sitting between ShadowIntent's directionality and StructureCache's structural memory: an intuition state I_t = (P_t, U_t, B_t) (a predictive proto-structure, an uncertainty band, and a bias field) that gates when a system is permitted to collapse into meaning at all (M_t = Meaning(I_t) iff U_t < ε). No implementation accompanied that paper. This report closes the gap using only existing, previously-verified primitives -- the D-Operator as the source of a directional signal and LAAMemory's argmax-Align reconstruction as the source of a structural one -- writing no new physics layer. On a right-angled, two-leg guideline scenario, the uncertainty band U_t peaks sharply at exactly the step where the followed direction changes (U_t=2.8181, against a next-highest value roughly an order of magnitude lower on adjacent steps), and the collapse gate correctly withholds meaning-commitment at that single step while permitting it throughout the rest of the stable trajectory. An ablation comparing a gate-free baseline (identical in every other respect) against the gated version shows the ungated baseline commits meaning at the unstable step while the gated version does not -- a direct, quantitative instance of the paper's central claim that this layer "delays semantic collapse."