Cell2Fire comparative-claim formation supplement for Evidence-preserving substitution in scientific computation

This supplement provides the frozen protocol, code, raw simulation grids, route traces, timing records and independent-reference audit for a finite Cell2Fire comparative judgment on one 400cellsC1 landscape. Current evidence exposes conclusion gaps and guides acquisition until a predeclared modelled-exposure comparison is supported or rejected. Following 16 development executions, the design and two 64-scenario panels were locally frozen before 128 new validation requests. The northern panel supports lower target-hit frequency at site A than B after 27 acquisitions, with 37 contrasts unresolved. The southern panel rejects the same predicate after 26 acquisitions, with 38 unresolved. Restoration revalidates route-owned grids and recovers the northern judgment without new simulation. All 21 route-stage judgments match 128 post-route native references. A matched goal-aware cache and uncertainty priority obtain the same outcomes. Local freezing is not external preregistration; references are independently implemented, not an external-team replication. These finite model-conditional results establish no new fire law, physical treatment effect, population risk, optimal selector or universal speed advantage. Scientific archive: V88_Cell2Fire_Claim_Formation.zip, 9940748 bytes; SHA-256 49b989f841c8b741971c8664caa9540218e0b88b768d0ff8a47cee19ea704681. Scientific snapshot and manuscript versions are distinct. Historical pending-publication notes in frozen files describe their creation date; the published record supersedes that status without rewriting frozen bytes. Earlier snapshots 10.5281/zenodo.23852233, 10.5281/zenodo.23900647 and 10.5281/zenodo.23934307 retain their original scopes and exclude these new data. Cell2Fire method:10.3389/ffgc.2021.692706. Reproduction: Python 3.11+; verification requires no new simulation; native reruns require Linux x86_64. Bundled Cell2Fire source and binary remain under GNU GPL v3, with upstream notices. Other components retain supplied terms; no additional rights are assigned where an explicit component licence is absent. See SOURCE_AND_LICENSES.txt. Joint corresponding authors: Shuyin Xia and Guoyin Wang. Funding: National Natural Science Foundation of China, grants 62221005 and 62222601; National Key Research and Development Program of China (2025YFF0514700).