{
    "CAVEATS": [
        "Stored values are RAW physical fp32 fields (no normalization applied). Load solver.normalizer.FrozenNormalizer.from_json(decay_saffman_v2_norm_minmax.json or decay_saffman_v2_norm_standardize.json) to transform at load time; velocity (u,v,w) is normalized JOINTLY (one shared scale) to preserve A10 component isotropy. NOTE: the 'standardize' mode is UNBOUNDED (z-score, ~+/-5, pressure can reach ~-11); only 'minmax' maps to [-1,1].",
        "Normalization constants were fit on seeds [2, 3, 7] (see attrs['norm_fit_scope']). For train-only fits, held-out frames MAY slightly exceed [-1,1] under 'minmax' -- that is correct (the scale is the TRAIN absmax), not a bug.",
        "Frames are filtered by instantaneous k_maxeta>=1.5 and are NOT uniformly spaced in time -- use the stored 't' array (monotonic WITHIN each seed, resets at seed boundaries), do not assume uniform dt.",
        "The 'seed' array stores the TRUE IC pool number (_corpus->0, _corpus_poolK->K), so a loader can filter the zarr by (case, seed) exactly as the by-IC split manifest emits; rejected seeds are simply absent (no compaction/relabeling).",
        "The corpus under-samples the strong-dissipation (eps-peak) tail; high-order intermittency statistics are a lower bound (see DATASHEET.md)."
    ],
    "case": "decay_saffman_v2",
    "channels": [
        "velocity (u,v,w joint)",
        "p"
    ],
    "complete": true,
    "compute_precision": "fp64",
    "n_frames": 400,
    "n_seeds": 8,
    "norm_fit_scope": "decay_saffman_v2: fit on 150/400 frames from seeds [2, 3, 7] (--seed-filter train; 20260715T104201Z)",
    "normalizer": "solver.normalizer.FrozenNormalizer (velocity JOINT, vetted q2)",
    "pressure_source": "operators.pressure_hat (D4-certified)",
    "storage_precision": "fp32"
}