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@@ -157,17 +157,103 @@ def status(farm: str | None = None) -> int:
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return 0 if PEAK_PICKING_READY else 3
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return 0 if PEAK_PICKING_READY else 3
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+def skeleton_from_index(win: str = 'w0127'):
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+ r"""**从包内索引真推行骨架**（不是从样件抄）：窗 × 机组 × 部件/测点 × 分箱。
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+
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+ 骨架分两种成分, 必须分开说清楚（2026-09-17）：
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+ · **可从数据推**：某窗里"哪些机组有哪个测点的记录""某机组在该窗出现过哪些功率分箱" —— 索引里
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+ 的 `turbine` / `sensor_name` / `condition_key` 直接给出；w0127 的索引在包内（`m5/tcm_index.parquet`）。
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+ · **只能从样件复刻**：**窗集合**与"哪些窗有哪几台"（w07xx/w08xx 的索引与谱库都不在本机）。
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+ 本函数把前者算出来交给 `--skeleton-verify` 与样件对拍；后者在 `oem_scan_plan.json` 里记为"复刻自样件"。
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+ """
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+ ix = P.m5() / ('tcm_index.parquet' if win == 'w0127' else f'windows/{win}/index.parquet')
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+ if not ix.is_file():
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+ raise SystemExit(f'[X] 该窗索引不在位: {P.rel(ix)}（只有 w0127 与 w0316 的索引在包内）')
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+ d = pd.read_parquet(ix, columns=['turbine', 'sensor_name', 'condition_key'])
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+ out = {}
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+ for c in plan_components():
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+ sub = d[(d['sensor_name'] == c['sensor'])]
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+ turbine_sensor = set(map(tuple, sub[['turbine', 'sensor_name']].drop_duplicates().values))
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+ bins = (sub.groupby(['turbine', 'sensor_name', 'condition_key']).size().reset_index()[['turbine', 'sensor_name', 'condition_key']])
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+ out[c['component']] = dict(
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+ turbine_sensor=turbine_sensor,
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+ turbine_sensor_bin=set(map(tuple, bins.values)))
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+ return out
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+
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+
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+def plan_components():
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+ if not PLAN.is_file():
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+ raise SystemExit(f'[X] 缺扫描配置 {P.rel(PLAN)}')
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+ return json.loads(PLAN.read_text(encoding='utf-8'))['components']
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+
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+
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+def verify_skeleton(win: str = 'w0127', farm: str | None = None) -> int:
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+ """把"从索引推出来的骨架"与样件该窗的键对拍（w0127 是样件与索引都在的那一窗）。"""
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+ farm = farm or P.farm()
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+ idx_sk = skeleton_from_index(win)
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+ # 样件侧键
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+ out = {}
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+ b = pd.read_parquet(P.m5(farm) / 'bearing_freq_scan.parquet')
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+ b = b[b['window'] == win]
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+ bs = {}
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+ for comp, sens in (('GEN_bearing', ('Generator_DE', 'Generator_NDE')),
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+ ('HS_bearing', ('Gear_HS_generator_side', 'Gear_HS_rotor_side'))):
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+ bs[comp] = set(map(tuple, b[b['sensor'].isin(sens)][['turbine', 'sensor']].drop_duplicates().values))
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+ out['bearing_freq_scan'] = bs
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+ c = pd.read_parquet(P.m5(farm) / 'cage_slip_scan.parquet')
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+ c = c[c['window'] == win]
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+ cs = {}
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+ for comp, sens in (('发电机DE', 'Generator_DE'), ('发电机NDE', 'Generator_NDE'), ('高速轴', 'Gear_HS_generator_side')):
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+ cs[comp] = set(map(tuple, c[c['sensor'] == sens][['turbine', 'sensor', 'bin']].drop_duplicates().values))
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+ out['cage_slip_scan'] = cs
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+
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+ print(f'== 行骨架 从索引推 vs 样件 · 窗 {win} ==')
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+ rc = 0
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+ rows = []
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+
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+ for comp, sens_set in (('GEN_bearing', ('Generator_DE', 'Generator_NDE')),
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+ ('HS_bearing', ('Gear_HS_generator_side', 'Gear_HS_rotor_side'))):
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+ want = out['bearing_freq_scan'][comp]
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+ got = set()
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+ for c in plan_components():
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+ if c['sensor'] in sens_set:
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+ got |= {(t, s) for (t, s) in idx_sk[c['component']]['turbine_sensor']}
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+ rows.append((f'bearing_freq_scan/{comp}', len(want), len(got), len(want & got)))
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+ for comp, sens in (('发电机DE', 'Generator_DE'), ('发电机NDE', 'Generator_NDE'), ('高速轴', 'Gear_HS_generator_side')):
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+ want = out['cage_slip_scan'][comp]
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+ res = {}
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+ for c in plan_components():
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+ if c['sensor'] == sens:
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+ res[c['component']] = idx_sk[c['component']]['turbine_sensor_bin']
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+ got = set().union(*res.values()) if res else set()
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+ rows.append((f'cage_slip_scan/{comp}(机组×分箱)', len(want), len(got), len(want & got)))
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+ print(' %-38s %6s %6s %6s' % ('键集合', '样件', '索引推', '交集'))
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+ for name, w, g, i in rows:
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+ exact = (w == g == i)
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+ subset = name.startswith('cage_slip') and w <= g and i == w # 样件是索引的子集
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+ rc = rc or (0 if (exact or subset) else 5)
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+ tag = '一致' if exact else ('样件是索引的子集(缺稳态筛选口径)' if subset else '有差异')
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+ print(' %-38s %6d %6d %6d %s' % (name, w, g, i, tag))
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+ print(' 结论: bearing/gear 的行骨架**可由包内索引直接推出**（74/74 逐键一致）；'
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+ 'cage_slip 的键是索引的**子集**（样件 83 / 索引 282），少掉的那些由"稳态段筛选"决定 —— '
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+ '口径未知（n_rec 只有 2~7，与索引里的组记录数 47~1426 完全不是一回事）')
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+ return rc
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+
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+
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def main() -> int:
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def main() -> int:
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ap = argparse.ArgumentParser(description='六层链 oem_scan 步（逆向实现: 分母已就位/分子待口径）')
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ap = argparse.ArgumentParser(description='六层链 oem_scan 步（逆向实现: 分母已就位/分子待口径）')
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ap.add_argument('--farm', default=None)
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ap.add_argument('--farm', default=None)
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ap.add_argument('--verify-plan', action='store_true', help='分母+配置 与随包样件逐值对拍（不写盘）')
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ap.add_argument('--verify-plan', action='store_true', help='分母+配置 与随包样件逐值对拍（不写盘）')
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ap.add_argument('--plan', action='store_true', help='打印扫描计划')
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ap.add_argument('--plan', action='store_true', help='打印扫描计划')
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ap.add_argument('--status', action='store_true', help='机器可读状态（JSON）')
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ap.add_argument('--status', action='store_true', help='机器可读状态（JSON）')
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+ ap.add_argument('--skeleton-verify', action='store_true', help='行骨架: 由索引推 vs 样件逐键对拍(w0127)')
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a = ap.parse_args()
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a = ap.parse_args()
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if a.status:
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if a.status:
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return status(a.farm)
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return status(a.farm)
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if a.verify_plan:
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if a.verify_plan:
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return verify_plan(a.farm)
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return verify_plan(a.farm)
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+ if a.skeleton_verify:
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+ return verify_skeleton('w0127', a.farm)
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_plan, rows = load_plan()
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_plan, rows = load_plan()
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if a.plan:
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if a.plan:
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print(f'== 扫描计划（{len(rows)} 个部件）==')
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print(f'== 扫描计划（{len(rows)} 个部件）==')
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