ESSC v30: A Score-First Circle-Phase Catalog for the Full165 Galaxy Sample and Provisional Physical-Context Coherence

ESSC v30 presents a score-first circle-phase catalog for the full165 galaxy sample within the Elastic Spacetime with Scale-Dependent Coupling (ESSC) framework. The work retains all galaxies as score-bearing objects with continuous holding/opening proxy scores, while using discrete circle-phase and circle-subphase labels as structural and audit labels rather than confirmed physical-type classifications. The catalog separates differentiated endpoint or reference phases from an undifferentiated circle phase, which is further organized into holding-side, opening-side, low-response, and mixed-high-response subphases. A label-coherence audit is performed between frozen circle-subphase labels and primary physical-context audit labels. The result supports provisional physical-context coherence, with Cramer's V = 0.6726683038933473 and permutation p = 0.0004997501249375. However, the source-seeded and confirmed-component layers remain sparse, so physical-context similarity is treated as provisional unless supported by source-seeded notes or confirmed component evidence. The paper also identifies strict source-seeded compound candidates and isolates NGC3972 as a local true wobble object. NGC3972 is retained in the score-first catalog but excluded from typical opening-side physical examples because of its confirmed holding_regular_rc component. This work does not claim confirmed physical circle types for the full165 sample, class-level material escape, direct outflow, dark-matter replacement, route-layer reclassification, or changes to the frozen Step2E thresholds. It should be read as a structural-audit catalog and reproducibility note for future source-confirmed physical investigation.