bottom-up reconstruction from distinction to the complex-Hilbert-space measurement structure: what a distinction is, what an observation costs, what interactions and thermodynamics the resulting temporal structure forces, and a numerical checkpoint of the observer/objectivity core. Starting on the Y⊗Y imaginary axis {0-⊗0+}+{-1⊗+1} For tagging and resetting overflow typedef struct { uint8_t Fe; // Free Energy uint8_t l; // Locality (ell) uint8_t C; // Coherence uint8_t R; // Relational Invariance uint8_t I; // Internal Mediation uint8_t P; // Projection uint8_t D; // Dimension uint8_t S; // Symmetry / Conservation uint8_t Omega; // Boundary Coherence uint8_t tau; // Impermanence / Decay Rate } SystemMetrics8Bit;
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P1 — Distinction. Single-system. The bare cut. For tagging and resetting overflow typedef struct { uint8_t Fe; // Free Energy uint8_t l; // Locality (ell) uint8_t C; // Coherence uint8_t R; // Relational Invariance uint8_t I; // Internal Mediation uint8_t P; // Projection uint8_t D; // Dimension uint8_t S; // Symmetry / Conservation uint8_t DIV; // Boundary Coherence uint8_t tau; // Impermanence / Decay Rate } SystemMetrics8Bit; DIV = (D × distance unit) / (log ≈ Hanning) => DIV standardized across resolution boundaries.
P2 — Composition law. Multi-system; vacuous on a single system. How wholes relate to parts. For tagging and resetting overflow typedef struct { uint8_t Fe; // Free Energy uint8_t l; // Locality (ell) uint8_t C; // Coherence uint8_t R; // Relational Invariance uint8_t I; // Internal Mediation uint8_t P; // Projection uint8_t D; // Dimension uint8_t S; // Symmetry / Conservation uint8_t Omega; // Boundary Coherence uint8_t tau; // Impermanence / Decay Rate } SystemMetrics8Bit;
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Release Date 2026.06.20 / Last Updated 2026.06.25