diff --git a/.gitignore b/.gitignore
index e635e5eb..2286e149 100644
--- a/.gitignore
+++ b/.gitignore
@@ -53,5 +53,8 @@ game/assets/art/**
 !game/assets/art/**/*.md
 !game/assets/art/**/
 
-# === 模拟数据缓存层（2026-10-03 用户裁：sim-data/ 整目录不入库——最新 MC 锚常驻留盘作分析缓存，无数值调整不重跑；已入库 19 件退索引磁盘保留）===
-sim-data/
+# === 模拟数据缓存层（2026-10-03 用户裁：sim-data/ 数据件不入库——最新 MC 锚常驻留盘作分析缓存，无数值调整不重跑；同日二裁：README+分析工具三件留库，其余留盘）===
+sim-data/*
+!sim-data/README.md
+!sim-data/analyze.py
+!sim-data/growth_model.py
diff --git a/CLAUDE.md b/CLAUDE.md
index f6fb63f0..4f7b9811 100644
--- a/CLAUDE.md
+++ b/CLAUDE.md
@@ -37,7 +37,7 @@
 - `artwork/` — **在途图像素材唯一工作区**（2026-09-27 用户三层裁定：文档归文档/在途图归一处/终稿归游戏）：生图候选批次（每批一目录+每资产一目录+vN 命名）、像素稿、样张渲染、实机截图全在这里；**整目录不入 git——2026-10-02 用户裁：内容永久保留本地、永不提交（md 例外一并取消，.gitignore `artwork/` 强制）**；收口归档 `archive/`
 - `game/assets/art/` — 已验收终稿（入包被游戏加载）
 - `game/` — 游戏工程本体：代码三件套+`smoke/` 冒烟套件+`tests/` 单元/集成测试（2026-09-27 根 tests/ 并入）
-- `sim-data/` — 机器读数据产物：模拟试玩 CSV/JSON、verifier raw 基线、日志样例输出。**整目录不入 git（2026-10-03 用户立规：.gitignore 强制，已入库件退索引磁盘保留）——语义=MC 缓存层：最新一份 MC 锚+读数常驻留盘供分析直读，无数值调整禁重跑（细则见「测试执行两入口铁规」MC 触发细则）；`iteration_log.md` 模拟批日志同目录留盘**
+- `sim-data/` — 机器读数据产物：模拟试玩 CSV/JSON、verifier raw 基线、日志样例输出。**数据件不入 git（2026-10-03 用户立规：.gitignore 强制）——语义=MC 缓存层：最新一份 MC 锚+读数常驻留盘供分析直读，无数值调整禁重跑（细则见「测试执行两入口铁规」MC 触发细则）；`iteration_log.md` 模拟批日志同目录留盘不入库。入库例外三件（2026-10-03 二裁）=`README.md`+`analyze.py`+`growth_model.py`（分析工具本体随 git）**
 - `tools/` — python 工具脚本本体（验证/审计/像素化/仪表盘/日志分析）
 - 根目录运行文件：`active.md`（会话快照+台账）、`roadmap.md`（里程碑）、`stage.txt`/`review-mode.txt`（运行开关）
 - `archive/` — 收口归档 zip（gitignored）
diff --git a/sim-data/README.md b/sim-data/README.md
new file mode 100644
index 00000000..22628b5f
--- /dev/null
+++ b/sim-data/README.md
@@ -0,0 +1,9 @@
+# 冒险全流程零加成试玩数据（2026-09-21 采集批）
+
+- 来源：worktree `g-plan2-adventure-mc` 分支 `adventure-mc-playtest`，工具 `game/smoke/adventure_monte_carlo.gd`（未提交）
+- 命令：`--headless --script res://smoke/adventure_monte_carlo.gd -- 300 71000 both`（route=min 默认）
+- 口径：三关连探 run_adventure；atk+0%/hp+0% 零天赋格加成；关间大奖励（+10 上限回满）按冒险结构设计自动兑付、未剥离；种子 71000–71299 逐局独立消费一次；normal 300 局 + perfect 300 局 = 600 局，exit 0
+- `runsum_600.jsonl`：每行一局摘要（policy/seed/result/cleared/levels_cleared/stopped_at/战斗轮数/承伤/踩雷/刷新/逐战上限序列/奖励事件/商店 GP 序列）——统计分析主取数面
+- `fulllog_normal_300.jsonl` / `fulllog_perfect_300.jsonl`：playtest_logger 全量操作/轮次/战斗 JSONL（与真人试玩同合规口径，run 行按种子/策略切分局次）
+- `run_stdout_300x2_71000.log`：原始 stdout（含 RUNSUM 行与 BATCH 终局计数行）
+- 本批只采集不判读；通关率/败因统计归后续分析会话
diff --git a/sim-data/analyze.py b/sim-data/analyze.py
new file mode 100644
index 00000000..c7eb3064
--- /dev/null
+++ b/sim-data/analyze.py
@@ -0,0 +1,351 @@
+# 冒险全流程零加成 600 局三维分析（2026-09-21 采集批 → 分析会话）
+# 输入：fulllog_normal_300.jsonl / fulllog_perfect_300.jsonl（playtest_logger 全量 JSONL）
+#       runsum_600.jsonl（逐局摘要）
+# 输出：stdout 报告 + analysis_*.csv
+# 口径：
+#   局切分 = run 行；战斗切分 = node(battle/boss) 开、battle_end FIFO 收（延迟发出——同 log_analysis.py 口径）
+#   棋盘完成度% = Σ_各板(该板累计安全格翻开数 ÷ 该板安全格总数) × 100（跨板简单相加，用户 2026-09-21 口径）
+#   安全格总数校准 = 该 (level,depth) 清图板样本的累计 safe 数中位数（清图时恰等于总数）；无样本回退
+#     w*h − round(0.25*(w*h−9))（board_gen 表口径，生成期删雷修正会造成小幅高估）
+#   承伤 = step 行 source=enemy_action × type=damage 合计；占生效 max_hp 比 = ÷ 该场首快照 hero.max_hp
+#   档位映射（tier）：L1 normal=d0,d1 elite=d2,d3 boss=d4；L2/L3 normal=d0,d1,d6,d7 elite=d4,d5 boss=d9
+import json, csv, statistics as st, collections, sys, io, os
+
+sys.stdout.reconfigure(encoding='utf-8', errors='replace')
+import os
+BASE = os.path.dirname(os.path.abspath(__file__)) + os.sep   # 自定位（原硬编码旧 worktree 绝对路径已废）
+RUNSUM = os.environ.get('RUNSUM', 'runsum_600.jsonl')
+OUT_SUFFIX = os.environ.get('OUT_SUFFIX', '')
+
+TIER = {
+    (1, 0): 'normal', (1, 1): 'normal', (1, 2): 'elite', (1, 3): 'elite', (1, 4): 'boss',
+    (2, 0): 'normal', (2, 1): 'normal', (2, 4): 'elite', (2, 5): 'elite',
+    (2, 6): 'normal', (2, 7): 'normal', (2, 9): 'boss',
+    (3, 0): 'normal', (3, 1): 'normal', (3, 4): 'elite', (3, 5): 'elite',
+    (3, 6): 'normal', (3, 7): 'normal', (3, 9): 'boss',
+}
+FALLBACK_SAFE = {100: 77, 144: 110, 169: 129, 196: 149}   # w*h → 表口径 safe 数
+
+
+def parse_log(path):
+    """返回 battles 列表 + runs 列表（逐局）"""
+    battles = []          # 完成的战斗
+    open_q = []           # FIFO 未收 battle_end 的战斗
+    cur = None            # 当前 node 上下文（battle/boss 开启）
+    run = None
+    runs = []
+    last_level = 0
+
+    def new_battle(node):
+        return {
+            'seed': run['seed'], 'policy': run['policy'],
+            'level': None, 'depth': node.get('depth'), 'node_type': node['type'],
+            'snaps': [], 'dmg_taken': 0, 'dmg_var': 0, 'dmg_mine': 0, 'dmg_flagmiss': 0,
+            'dmg_by_round': collections.Counter(),
+            'heal': 0, 'dmg_out': collections.Counter(), 'refreshes': 0,
+            'result': '', 'hero_hp_end': -1, 'gp': 0,
+        }
+
+    with open(path, encoding='utf-8') as fh:
+        for line in fh:
+            d = json.loads(line)
+            k = d.get('kind')
+            if k == 'run':
+                run = {'seed': d['seed'], 'policy': d['policy'], 'rests': []}
+                runs.append(run)
+            elif k == 'node':
+                if d['type'] in ('battle', 'boss'):
+                    cur = new_battle(d)
+                    open_q.append(cur)
+                else:
+                    cur = None
+                    if d['type'] == 'rest' and run is not None:
+                        run.setdefault('rests', []).append({'healed': int(d.get('healed', 0)), 'level': last_level})
+            elif k == 'settlement' and open_q:
+                b = open_q[-1]
+                b['snaps'].append(d)
+                b['level'] = d.get('level')
+                last_level = d.get('level')
+            elif k == 'step':
+                tgt = open_q[-1] if open_q else None
+                if tgt is None:
+                    continue
+                t, s, v = d.get('type'), d.get('source', ''), int(d.get('value', 0))
+                if t == 'damage':
+                    if s == 'enemy_action':
+                        tgt['dmg_taken'] += v
+                        tgt['dmg_by_round'][int(d.get('round', 0))] += v
+                    elif s in ('safe_cell', 'flag_hit', 'hero_attack', 'clear_reward'):
+                        tgt['dmg_out'][s] += v
+                    elif s == 'mine_hit':
+                        tgt['dmg_mine'] += v
+                    elif s == 'flag_miss':
+                        tgt['dmg_flagmiss'] += v
+                    else:
+                        tgt['dmg_var'] += v      # 地形变异（荆棘/岩浆等 display_name 作 source）
+                elif t == 'heal':
+                    tgt['heal'] += v
+            elif k == 'action':
+                if open_q and d.get('op') == 'refresh':
+                    open_q[-1]['refreshes'] += 1
+            elif k == 'battle_end':
+                if open_q:
+                    b = open_q.pop(0)            # FIFO 对账（battle_end 延迟发出）
+                    b['result'] = d.get('result', '')
+                    b['hero_hp_end'] = int(d.get('hero_hp', -1))
+                    b['gp'] = int(d.get('gp_dropped', 0))
+                    battles.append(b)
+            elif k == 'level_end':
+                pass
+    return battles, runs
+
+
+def board_progress(snaps):
+    """逐板累计口径：seq → {revealed(末值), mines(累计触雷), w, h, cleared_at(触雷修正后安全翻开)}
+    revealed = board.revealed（累计翻开，含触雷格）；round_facts.mines = 该轮触雷数（R₀ 永不触雷，无归属歧义）；
+    round_facts.safe 不含初始展开 R₀（首板 install 事件不入轮 facts——battle_orchestrator L121），不可作完成度分子"""
+    prog = {}
+    for s in snaps:
+        bd = s.get('board', {})
+        seq = int(bd.get('seq', 0))
+        rf = s.get('round_facts', {})
+        p = prog.setdefault(seq, {'revealed': 0, 'mines': 0, 'w': int(bd.get('w', 0)), 'h': int(bd.get('h', 0)), 'cleared_safe': -1})
+        p['revealed'] = max(p['revealed'], int(bd.get('revealed', 0)))
+        p['mines'] += int(rf.get('mines', 0))
+        if rf.get('path') == 'cleared':
+            p['cleared_safe'] = p['revealed'] - p['mines']
+    return prog
+
+
+def battle_stats(b, safe_total_map, safe_by_wh, r0_map=None):
+    """单场派生指标"""
+    snaps = b['snaps']
+    if not snaps:
+        return None
+    first = snaps[0]
+    lv, dp = b['level'], b['depth']
+    tier = TIER.get((lv, dp), '?')
+    rounds = max(int(s.get('round', 0)) for s in snaps)
+    max_hp = int(first['hero']['max_hp'])
+    atk = int(first['hero']['atk'])
+    foes = first.get('enemies', [])
+    enemy_hp = sum(int(e['max_hp']) for e in foes)
+    enemy_ids = '+'.join(sorted({e['id'] for e in foes})) or '-'
+    prog = board_progress(snaps)
+    cleared = sum(1 for p in prog.values() if p['cleared_safe'] >= 0)
+    mines = sum(p['mines'] for p in prog.values())
+    flags = sum(int(s.get('round_facts', {}).get('flag_events', 0)) for s in snaps)
+    paths = collections.Counter(s.get('round_facts', {}).get('path', '') for s in snaps)
+    # 完成度 = Σ_各板 min(安全翻开, 安全总数)/安全总数 × 100（跨板简单相加，用户口径）
+    comp = 0.0
+    dug_safe = 0.0
+    r0_base = (r0_map or {}).get((lv, dp), 0.0)
+    for seq, p in prog.items():
+        tot = safe_total_map.get((lv, dp, p['w'], p['h'])) or safe_by_wh.get((p['w'], p['h'])) or FALLBACK_SAFE.get(p['w'] * p['h'], max(1, p['w'] * p['h']))
+        rs = max(p['revealed'] - p['mines'], 0)
+        comp += 100.0 * min(rs, tot) / tot
+        dug_safe += max(rs - r0_base, 0)      # 主动挖掘翻开的安全格（扣 R₀ 免费展开均值）
+    dmg_pct = 100.0 * b['dmg_taken'] / max(1, max_hp)
+    hero_out = sum(b['dmg_out'].values())
+    entry_hp = int(first['hero']['hp']) + b['dmg_by_round'].get(int(first.get('round', 1)), 0)   # 快照反推法（首快照=首回合末）
+    return {
+        'policy': b['policy'], 'seed': b['seed'], 'level': lv, 'depth': dp, 'tier': tier,
+        'result': b['result'], 'rounds': rounds, 'comp': comp, 'cleared': cleared, 'dug_safe': dug_safe,
+        'boards': len(prog), 'dmg_taken': b['dmg_taken'], 'dmg_pct': dmg_pct,
+        'dmg_var': b['dmg_var'], 'dmg_mine': b['dmg_mine'], 'dmg_flagmiss': b['dmg_flagmiss'],
+        'heal': b['heal'], 'hero_out': hero_out, 'out_per_round': hero_out / max(1, rounds),
+        'dmg_out': dict(b['dmg_out']), 'mines': mines, 'flags': flags, 'refreshes': b['refreshes'],
+        'max_hp': max_hp, 'atk': atk, 'enemy_hp': enemy_hp, 'enemy_ids': enemy_ids,
+        'paths': dict(paths), 'entry_hp': entry_hp, 'hero_hp_end': b['hero_hp_end'],
+    }
+
+
+def main():
+    files = sys.argv[1:] or ['fulllog_normal_300.jsonl', 'fulllog_perfect_300.jsonl']
+    # 第一遍：清图板校准 safe_total（清图时点 revealed−mines 恰=安全格总数；生成期删雷修正 ⇒ 表口径不可用）
+    all_battles = {}
+    for fn in files:
+        pol = 'perfect' if 'perfect' in fn else 'normal'
+        key = fn.replace('.jsonl', '')
+        bs, runs = parse_log(BASE + fn)
+        all_battles[key] = (bs, runs, pol)
+    calib = collections.defaultdict(list)      # (level,depth,w,h) → 清图样本
+    calib_wh = collections.defaultdict(list)   # (w,h) → 清图样本（跨深度回退池）
+    for key, (bs, _, _) in all_battles.items():
+        for b in bs:
+            for seq, p in board_progress(b['snaps']).items():
+                if p['cleared_safe'] >= 0:
+                    calib[(b['level'], b['depth'], p['w'], p['h'])].append(p['cleared_safe'])
+                    calib_wh[(p['w'], p['h'])].append(p['cleared_safe'])
+    safe_total_map = {k: int(st.median(v)) for k, v in calib.items()}
+    safe_by_wh = {k: int(st.median(v)) for k, v in calib_wh.items()}
+    # 生成器真值分母（smoke/calibrate_boards.gd 200 板/行——权威口径；日志清图校准仅作交叉核对）
+    gen_safe = {}
+    gen_r0 = {}
+    with open(BASE + 'board_calibration.csv', encoding='utf-8') as f:
+        for rec in csv.DictReader(f):
+            k = (int(rec['level']), int(rec['depth']))
+            gen_safe[(k[0], k[1], int(rec['w']), int(rec['h']))] = int(rec['safe_med'])
+            gen_r0[k] = (float(rec['r0_mean']), int(rec['safe_med']))
+    safe_total_map.update(gen_safe)
+    print('== safe_total 分母（生成器真值 calibrate_boards 200板/行；R₀ 免费展开基线）==')
+    for k in sorted(gen_r0):
+        r0, sm = gen_r0[k]
+        print(f"  L{k[0]} d{k[1]}: safe={sm} R₀均={r0:.1f} ({100*r0/sm:.0f}% 免费展开)")
+    for k in sorted(calib):
+        print(f"  [日志清图校准对照] L{k[0]} d{k[1]} {k[2]}x{k[3]}: safe={int(st.median(calib[k]))} (样本{len(calib[k])}, min={min(calib[k])}, max={max(calib[k])})")
+
+    rows = []
+    r0_map = {k: v[0] for k, v in gen_r0.items()}
+    for key, (bs, _, _) in all_battles.items():
+        for b in bs:
+            r = battle_stats(b, safe_total_map, safe_by_wh, r0_map)
+            if r:
+                rows.append(r)
+
+    # ---- CSV 落盘 ----
+    with open(BASE + 'analysis_battles' + OUT_SUFFIX + '.csv', 'w', newline='', encoding='utf-8') as f:
+        w = csv.DictWriter(f, fieldnames=list(rows[0].keys()))
+        w.writeheader()
+        for r in rows:
+            w.writerow(r)
+
+    # ---- R1 局级 ----
+    runsums = [json.loads(l) for l in open(BASE + RUNSUM, encoding='utf-8')]
+    print('\n== R1 局级通关率（N=300/策略，零加成）==')
+    for pol in ('normal', 'perfect'):
+        rs = [r for r in runsums if r['policy'] == pol]
+        n = len(rs)
+        if n == 0:
+            continue
+        comp = sum(1 for r in rs if r['cleared'])
+        stop = collections.Counter(r['stopped_at'] for r in rs if not r['cleared'])
+        pass1 = n - stop.get(1, 0)
+        pass2 = n - stop.get(1, 0) - stop.get(2, 0)
+        print(f"  {pol}: 通关3关 {comp}/{n} = {100*comp/n:.1f}% | 止步L1 {stop.get(1,0)} ({100*stop.get(1,0)/n:.1f}%) "
+              f"止步L2 {stop.get(2,0)} ({100*stop.get(2,0)/n:.1f}%) 止步L3 {stop.get(3,0)} ({100*stop.get(3,0)/n:.1f}%)")
+        print(f"        逐关通过率: L1 {100*pass1/n:.1f}% · L2(过L1后累计) {100*pass2/n:.1f}% · 条件通过 L1→L2 {100*pass2/max(1,pass1):.1f}% · L2→L3 {100*comp/max(1,pass2):.1f}%")
+
+    # ---- R2 战斗级 ----
+    def q(a, p):
+        a = sorted(a)
+        return a[min(len(a) - 1, int(p * len(a)))] if a else 0
+
+    print('\n== R2 战斗级（按 策略×关卡×档位）==')
+    hdr = f"  {'策略':<8}{'L':>2} {'档位':<7}{'场数':>5}{'胜率':>7}{'轮数均/中':>10}{'完成度均/中/p90':>16}{'挖安全格/场':>10}{'踩雷/场':>8}{'清图≥1':>7}{'承伤%均':>8}{'输出/轮':>8}"
+    print(hdr)
+    for pol in ('normal', 'perfect'):
+        for lv in (1, 2, 3):
+            for tier in ('normal', 'elite', 'boss'):
+                g = [r for r in rows if r['policy'] == pol and r['level'] == lv and r['tier'] == tier]
+                if not g:
+                    continue
+                wins = sum(1 for r in g if r['result'] == 'victory')
+                comps = [r['comp'] for r in g]
+                rds = [r['rounds'] for r in g]
+                dps = [r['dmg_pct'] for r in g]
+                clr = sum(1 for r in g if r['cleared'] >= 1)
+                opr = [r['out_per_round'] for r in g]
+                print(f"  {pol:<8}{lv:>2} {tier:<7}{len(g):>5}{100*wins/len(g):>6.0f}%"
+                      f"{st.mean(rds):>6.1f}/{q(rds,0.5):<4.0f}{st.mean(comps):>8.0f}/{q(comps,0.5):<4.0f}/{q(comps,0.9):<5.0f}"
+                      f"{st.mean([r['dug_safe'] for r in g]):>10.1f}{st.mean([r['mines'] for r in g]):>8.2f}"
+                      f"{100*clr/len(g):>6.0f}%{st.mean(dps):>7.1f}%{st.mean(opr):>8.1f}")
+
+    print('\n== R2b 完成度分布桶（占该组场数%）==')
+    buckets = [(0, 70), (70, 90), (90, 100), (100, 130), (130, 10**9)]
+    labels = ['<70', '70-90', '90-100', '100-130', '>130']
+    print(f"  {'组':<24}" + ''.join(f"{l:>9}" for l in labels))
+    for pol in ('normal', 'perfect'):
+        for lv in (1, 2, 3):
+            for tier in ('normal', 'elite', 'boss'):
+                g = [r for r in rows if r['policy'] == pol and r['level'] == lv and r['tier'] == tier]
+                if not g:
+                    continue
+                cnt = [sum(1 for r in g if lo <= r['comp'] < hi) for lo, hi in buckets]
+                print(f"  {pol+' L'+str(lv)+' '+tier:<24}" + ''.join(f"{100*c/len(g):>8.0f}%" for c in cnt))
+
+    # ---- R3 成长数值 ----
+    print('\n== R3 战斗成长数值（按关卡）==')
+
+    def mean_or(g, key, fmt='{:.1f}'):
+        v = [r[key] for r in g]
+        return fmt.format(st.mean(v)) if v else '—'
+
+    for pol in ('normal', 'perfect'):
+        for lv in (1, 2, 3):
+            g = [r for r in rows if r['policy'] == pol and r['level'] == lv]
+            if not g:
+                continue
+            mhp = {r['max_hp'] for r in g}
+            atks = {r['atk'] for r in g}
+            parts = []
+            for tier in ('normal', 'elite', 'boss'):
+                gt = [r for r in g if r['tier'] == tier]
+                parts.append(f"{tier}敌HP均={mean_or(gt, 'enemy_hp')}")
+            print(f"  {pol} L{lv}: 英雄max_hp={sorted(mhp)} atk={sorted(atks)} | " + ' '.join(parts) +
+                  f" | 英雄输出/轮均={mean_or(g, 'out_per_round', '{:.2f}')} 敌输出/场均={mean_or(g, 'dmg_taken')}"
+                  f" 变异伤/场均={mean_or(g, 'dmg_var')} 雷伤/场均={mean_or(g, 'dmg_mine')}")
+
+    print('\n== R3b 伤害输出构成（全战斗合计占比）==')
+    for pol in ('normal', 'perfect'):
+        tot = collections.Counter()
+        for r in rows:
+            if r['policy'] == pol:
+                tot.update(r['dmg_out'])
+        s = sum(tot.values())
+        print(f"  {pol}: " + ' '.join(f"{k}={100*v/s:.1f}%" for k, v in tot.most_common()))
+
+    # 逐深度敌HP与轮数（成长曲线细目）
+    print('\n== R3c 逐深度明细（normal 策略）==')
+    print(f"  {'L.d':<6}{'敌HP均':>7}{'轮均':>6}{'完成度均':>9}{'承伤%均':>8}{'胜率':>7}")
+    seen = set()
+    for r in rows:
+        seen.add((r['level'], r['depth']))
+    for lv, dp in sorted(seen):
+        g = [r for r in rows if r['policy'] == 'normal' and r['level'] == lv and r['depth'] == dp]
+        if not g:
+            continue
+        wins = sum(1 for r in g if r['result'] == 'victory')
+        print(f"  {lv}.{dp:<4}{st.mean([r['enemy_hp'] for r in g]):>7.1f}{st.mean([r['rounds'] for r in g]):>6.1f}"
+              f"{st.mean([r['comp'] for r in g]):>9.0f}{st.mean([r['dmg_pct'] for r in g]):>7.1f}%{100*wins/len(g):>6.0f}%")
+
+    # 败北战斗画像
+    print('\n== R4 败北战斗画像（result=defeat 的战斗）==')
+    for pol in ('normal', 'perfect'):
+        g = [r for r in rows if r['policy'] == pol and r['result'] == 'defeat']
+        if not g:
+            continue
+        by = collections.Counter((r['level'], r['tier']) for r in g)
+        print(f"  {pol}: 败北场数={len(g)} 分布=" + ' '.join(f"L{k[0]}{k[1]}×{v}" for k, v in sorted(by.items())))
+        ent = [r['entry_hp'] / max(1, r['max_hp']) for r in g]
+        print(f"        进场HP占比 均={100*st.mean(ent):.0f}% 中位={100*q(ent,0.5):.0f}% | 败北场承伤%均={st.mean([r['dmg_pct'] for r in g]):.0f}%")
+
+    # ---- R5 逐关 HP 经济（成长系统的账本面）----
+    print('\n== R5 逐关 HP 经济（每局每关：承伤合计 vs 治疗+休息；开局回满，关间大奖励+10上限回满）==')
+    bstat_by_run = collections.defaultdict(list)
+    for r in rows:
+        bstat_by_run[(r['policy'], r['seed'])].append(r)
+    print(f"  {'策略':<9}{'L':>2} {'局数':>4} {'战斗/局':>7} {'敌伤/局':>8} {'变异+雷伤/局':>10} {'战斗治疗/局':>9} {'休息恢复/局':>9} {'净消耗/局':>9} {'期初上限':>7}")
+    for key, (bs, runs, pol) in all_battles.items():
+        for lv in (1, 2, 3):
+            n = 0
+            acc = collections.Counter()
+            for run in runs:
+                rl = [r for r in bstat_by_run.get((pol, run['seed']), []) if r['level'] == lv]
+                if not rl:
+                    continue
+                n += 1
+                acc['battles'] += len(rl)
+                acc['edmg'] += sum(r['dmg_taken'] for r in rl)
+                acc['var'] += sum(r['dmg_var'] + r['dmg_mine'] + r['dmg_flagmiss'] for r in rl)
+                acc['heal'] += sum(r['heal'] for r in rl)
+                acc['rest'] += sum(x['healed'] for x in run['rests'] if x['level'] == lv)
+                acc['maxhp'] = rl[0]['max_hp']
+            if not n:
+                continue
+            print(f"  {pol:<9}{lv:>2} {n:>4} {acc['battles']/n:>7.1f} {acc['edmg']/n:>8.1f} {acc['var']/n:>10.1f}"
+                  f" {acc['heal']/n:>9.1f} {acc['rest']/n:>9.1f} {(acc['edmg']+acc['var']-acc['heal']-acc['rest'])/n:>9.1f} {acc['maxhp']:>7}")
+
+
+if __name__ == '__main__':
+    main()
diff --git a/sim-data/growth_model.py b/sim-data/growth_model.py
new file mode 100644
index 00000000..230fd84d
--- /dev/null
+++ b/sim-data/growth_model.py
@@ -0,0 +1,94 @@
+# -*- coding: utf-8 -*-
+"""
+关卡怪物成长 × 永久成长 对齿模型（game-balancer 工作流 step 2-3）
+链条模型：逐节点 击杀轮=t_kill=敌总血/我方DPS；承伤/轮=实测口径；池血衰减+战斗治疗；
+裕度 m=进场池血/承伤每轮 − t_kill → 经验分段映射胜率（用第 6 轮 MC 实测校准，±10~15pp）。
+阶段 S0-S3 = 永久锻造累计（atk+ / hp+ / ac+），ac 每点 ≈ 承伤 -7%（近似，标 provisional）。
+输出：阶段×关卡 到达boss率/通关率 矩阵（v1=第6轮现役怪=校准组；v2=阶段拔高提案=设计组）。
+"""
+DPS_DIG = {1: 5.9, 2: 7.1, 3: 6.3}          # 实测输出/轮 − 主角免费攻2（第6轮 normal）
+HEAL_K  = 0.85                               # 治疗每战 ≈ 0.85×击杀轮（第6轮实测拟合）
+
+# (关, 节点, 数量期望, 单位血v1, 单位血v2, atk v1, atk v2, 承伤/轮v1实测, boss)
+NODES = [
+    (1, 0, 1.5,  8,  8, 2, 2, 0.79, False),
+    (1, 1, 2.5,  4,  4, 2, 2, 0.65, False),
+    (1, 2, 1.0, 50, 50, 2, 2, 1.09, False),
+    (1, 3, 2.5, 14, 14, 2, 2, 1.94, False),
+    (1, 4, 1.0, 72, 72, 2, 2, 1.12, True),
+    (2, 0, 1.0, 45, 50, 2, 2, 1.08, False),
+    (2, 1, 2.5, 18, 20, 2, 2, 1.99, False),
+    (2, 4, 2.0, 20, 22, 2, 2, 1.80, False),
+    (2, 5, 1.0, 68, 85, 2, 3, 1.32, False),
+    (2, 6, 2.5, 18, 20, 1, 1, 1.62, False),
+    (2, 7, 2.5, 18, 20, 2, 2, 1.80, False),
+    (2, 9, 1.0, 80,105, 2, 3, 1.32, True),
+    (3, 0, 1.0, 50, 60, 2, 3, 1.03, False),
+    (3, 1, 2.0, 25, 28, 2, 3, 1.53, False),
+    (3, 4, 2.5, 20, 22, 2, 3, 1.90, False),
+    (3, 5, 1.0, 76, 95, 2, 3, 1.40, False),
+    (3, 6, 2.5, 20, 22, 2, 3, 2.15, False),
+    (3, 7, 2.5, 20, 22, 2, 3, 2.15, False),
+    (3, 9, 1.0, 92,125, 2, 3, 1.06, True),
+]
+# 缺实测的行用同原型插值填的（2,4)/(2,7)/(3,4)/(3,5) 按双单位/单体原型估。
+
+def win(m):
+    if m <= -5: return 0.35
+    if m <= -3: return 0.48
+    if m <= -1.5: return 0.60
+    if m <= 0: return 0.68
+    if m <= 2: return 0.80
+    if m <= 5: return 0.90
+    if m <= 9: return 0.95
+    return 0.97
+
+def run_level(L, atk_up, hp_up, ac_up, ver, pool0, bonus, verbose=False):
+    dps = DPS_DIG[L] + 2 + atk_up
+    fac = 1.0 - 0.07 * ac_up
+    pool = pool0
+    reach = 1.0
+    for (l, d, u, h1, h2, a1, a2, intake1, boss) in NODES:
+        if l != L: continue
+        hp   = u * (h2 if ver == 2 else h1)
+        atk  = (a2 if ver == 2 else a1)
+        intake = intake1 * (atk / a1) * fac
+        if ver == 2: intake *= 1.0            # v2 承伤已按 atk 比例走上面一行
+        t_kill = hp / dps
+        t_live = pool / intake
+        m = t_live - t_kill
+        p = win(m)
+        if verbose:
+            print(f"  L{L} d{d}{' BOSS' if boss else '':>5} hp={hp:5.0f} dps={dps:4.1f} tkill={t_kill:4.1f} intake={intake:4.2f} tlive={t_live:4.1f} m={m:+5.1f} p={p:.2f}")
+        yield_p = reach * p
+        # boss 到达率在进入该点时即定格
+        if boss and verbose is not None:
+            boss_reach = reach
+        pool -= t_kill * intake * (0.5 + 0.5 * p)   # 败北也吃部分伤（平均 ~50%*tkill 承伤）
+        pool += HEAL_K * t_kill * p                  # 治疗只在胜局兑现大头
+        reach = yield_p
+    return boss_reach, reach
+
+def stage_curve(atk_up, hp_up, ac_up, ver, bonus=10, tag=""):
+    out = {}
+    pool = 20 + hp_up
+    for L in (1, 2, 3):
+        poolL = pool + bonus * (L - 1)
+        r, c = run_level(L, atk_up, hp_up, ac_up, ver, poolL, bonus)
+        out[L] = (r, c, poolL)
+        pool = pool + bonus if c > 0.001 else pool  # 通关才拿关间奖励
+    print(f"{tag} atk+{atk_up} hp+{hp_up} ac+{ac_up}: "
+          f"L1 达boss -/通关 {out[1][1]*100:4.1f}% | "
+          f"L2 达boss {out[2][0]*100:4.1f}% 通关 {out[2][1]*100:4.1f}% | "
+          f"L3 达boss {out[3][0]*100:4.1f}% 通关 {out[3][1]*100:4.1f}%")
+    return out
+
+print("=== 校准组 v1（第6轮现役怪，模型 vs 实测）===")
+print("实测: L1通关 normal49.7/perfect85 | L2条件通过53/77.6 | L2 boss胜率65/97 | L3 boss胜率47/67 | 全通关 10/39.7")
+stage_curve(0, 0, 0, 1, tag="S0 fresh")
+print()
+print("=== 设计组 v2（阶段拔高提案）===")
+stage_curve(0, 0, 0, 2, tag="S0 fresh   ")
+stage_curve(2, 6, 1, 2, tag="S1 ≈5次L1刷 ")
+stage_curve(4, 12, 2, 2, tag="S2 ≈再刷L2  ")
+stage_curve(6, 18, 3, 2, tag="S3 毕业      ")