test(迁移): 批 B 波 1 G3 套4 伤害量值区间五条迁入 board_gen_reward_test.gd——剪切挂载绿（宿主累计 62 检查）＋变异 4/5 验红；「区间行上下阶实际流动」证死断言候选（守面同字典读数自比较恒假，源码自带缺陷非迁移引入，照迁禁删上报主会话）；_row_power 套内独占随迁，smoke_all.gd 同批删函数与游离节头注释
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@@ -1331,9 +1331,6 @@ func _ms_digest(ms, ae) -> Array:
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return [[int(ms.hero_pos().x), int(ms.hero_pos().y)], rev, seals, ae.ap, ae.phase, ms.seal_count()]
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# ---- 地图战斗资源·伤害量值区间冒烟（roll 域内 + 中点锚 + 变异实际流动 + 定值行不受扰）----
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# ---- 排雷玩法 封印动作耗尽末点 AP 回归（playtest 缺陷②——v1 冒烟盲区：自动玩家不用封印）----
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func _smoke_seal_ap_exhausted() -> void:
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@@ -2023,87 +2020,6 @@ func _auto_play_round(settlement, out: Dictionary) -> void:
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# ---- 地图战斗资源·伤害量值区间冒烟（roll 域内 + 中点锚 + 变异实际流动 + 定值行不受扰）----
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func _smoke_power_interval() -> void:
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print("--- 地图战斗资源·伤害量值区间（上阶/下阶随机）---")
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# ① 表侧静态锚（配置推导——改表不断锚）：凡带 power_min/power_max 的行 = 区间行，
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# 校验配对齐全（lo ≤ hi）+ power = floor 中点（行动经济 条款①期望当量锚）；其余行必须零区间字段。
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# 行清单与区间值全部随表走——现行区间行 heal_minor/clear_blast 只是恰然，不再是锚。
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var interval_rows := {} # rid → [lo, hi]（读表）
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var anchors_ok := true
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for row in _db.reward.rows:
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var rid := String(row.reward_id)
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if row.has("power_min") or row.has("power_max"):
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var lo: int = int(row.get("power_min", -1))
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var hi: int = int(row.get("power_max", -1))
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interval_rows[rid] = [lo, hi]
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if lo > hi or int(row.power) != (lo + hi) / 2:
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anchors_ok = false
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check(anchors_ok and interval_rows.size() >= 1,
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"区间行配对齐全且 power = floor 中点（配置推导 %d 行：%s）" % [interval_rows.size(), str(interval_rows.keys())])
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# ② 运行侧：24 板 roll——区间行快照 power 全域内 + 上下阶实际流动 + 定值行不受扰
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var rng = load("res://core/rng_service.gd").new()
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rng.set_master_seed(20260914)
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var reward_economy_factory = load("res://core/reward_economy.gd")
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var eligible: Array = []
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for i in range(6):
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eligible.append({"cell": Vector2i(i, 0)})
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var seen := {}
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for rid in interval_rows.keys():
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seen[rid] = {} # rid → {roll 值集}（区间行随表注册）
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var in_domain := true
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var fixed_ok := true
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for trial in range(24):
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var reward_economy = reward_economy_factory.new(_db, rng)
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if not reward_economy.roll_board(eligible):
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continue
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for e in eligible:
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var snap: Dictionary = reward_economy.query_full_snapshot(e.cell)
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var rid := String(snap.reward_id)
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if interval_rows.has(rid):
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var v := int(snap.power)
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seen[rid][v] = true
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if v < interval_rows[rid][0] or v > interval_rows[rid][1]:
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in_domain = false
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elif int(snap.power) != _row_power(rid):
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fixed_ok = false # 定值行快照 power 必须仍是表值
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var cs: Dictionary = reward_economy.grant_clear()
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var cv := int(cs.power)
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var c_rid := String(cs.reward_id)
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if not seen.has(c_rid):
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seen[c_rid] = {}
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seen[c_rid][cv] = true
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if interval_rows.has(c_rid) and (cv < interval_rows[c_rid][0] or cv > interval_rows[c_rid][1]):
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in_domain = false
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check(in_domain, "24 板全区间行快照 power ∈ [power_min, power_max]（含清图槽）")
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check(fixed_ok, "定值行快照 power 恒等表值——区间批零外溢")
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# 定值行（区间 lo==hi 的行，如 heal_minor）roll 恒等表值；区间行（lo<hi，如 clear_blast）须实际流动。
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# 全部按 interval_rows 配置推导——新增/改区间行自动纳入，不逐行硬编码。
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var variance_ok := true
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var fixed_rows_ok := true
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for rid in interval_rows.keys():
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var lo: int = interval_rows[rid][0]
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var hi: int = interval_rows[rid][1]
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var samples: int = seen.get(rid, {}).size()
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if lo == hi:
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if samples > 0 and not (samples == 1 and seen[rid].has(lo)):
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fixed_rows_ok = false
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elif samples >= 2 and seen[rid].size() < 2:
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variance_ok = false
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check(variance_ok, "区间行上下阶实际流动（≥2 样本的区间行须 ≥2 个不同 roll 值）")
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check(fixed_rows_ok, "定值行（lo=hi）roll 恒等表值")
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func _row_power(rid: String) -> int:
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for row in _db.reward.rows:
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if String(row.reward_id) == rid:
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return int(row.power)
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return -1
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# ---- 行动经济·轮内刷新冒烟（方案 A：Active 相位当场换图继续挖）----
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func _smoke_active_refresh() -> void:
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@@ -33,6 +33,7 @@ func _init() -> void:
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_smoke_layout_cell_formula()
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_smoke_reward_identity_unit()
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_smoke_board_generator()
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_smoke_power_interval()
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quit(Kit.finish("board_gen_reward_test"))
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@@ -202,3 +203,82 @@ func _board_dump(b) -> String:
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var c := Vector2i(x, y)
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parts.append("%d:%d:%d:%s" % [x, y, 1 if b.is_mine(c) else 0, str(b.variants.get(c, []))])
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return "\n".join(parts)
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# ---- 地图战斗资源·伤害量值区间冒烟（roll 域内 + 中点锚 + 变异实际流动 + 定值行不受扰）----
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func _smoke_power_interval() -> void:
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print("--- 地图战斗资源·伤害量值区间（上阶/下阶随机）---")
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# ① 表侧静态锚（配置推导——改表不断锚）：凡带 power_min/power_max 的行 = 区间行，
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# 校验配对齐全（lo ≤ hi）+ power = floor 中点（行动经济 条款①期望当量锚）；其余行必须零区间字段。
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# 行清单与区间值全部随表走——现行区间行 heal_minor/clear_blast 只是恰然，不再是锚。
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var interval_rows := {} # rid → [lo, hi]（读表）
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var anchors_ok := true
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for row in _db.reward.rows:
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var rid := String(row.reward_id)
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if row.has("power_min") or row.has("power_max"):
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var lo: int = int(row.get("power_min", -1))
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var hi: int = int(row.get("power_max", -1))
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interval_rows[rid] = [lo, hi]
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if lo > hi or int(row.power) != (lo + hi) / 2:
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anchors_ok = false
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Kit.check("区间行配对齐全且 power = floor 中点（配置推导 %d 行：%s）" % [interval_rows.size(), str(interval_rows.keys())],
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anchors_ok and interval_rows.size() >= 1)
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# ② 运行侧：24 板 roll——区间行快照 power 全域内 + 上下阶实际流动 + 定值行不受扰
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var rng = load("res://core/rng_service.gd").new()
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rng.set_master_seed(20260914)
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var reward_economy_factory = load("res://core/reward_economy.gd")
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var eligible: Array = []
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for i in range(6):
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eligible.append({"cell": Vector2i(i, 0)})
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var seen := {}
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for rid in interval_rows.keys():
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seen[rid] = {} # rid → {roll 值集}（区间行随表注册）
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var in_domain := true
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var fixed_ok := true
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for trial in range(24):
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var reward_economy = reward_economy_factory.new(_db, rng)
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if not reward_economy.roll_board(eligible):
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continue
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for e in eligible:
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var snap: Dictionary = reward_economy.query_full_snapshot(e.cell)
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var rid := String(snap.reward_id)
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if interval_rows.has(rid):
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var v := int(snap.power)
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seen[rid][v] = true
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if v < interval_rows[rid][0] or v > interval_rows[rid][1]:
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in_domain = false
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elif int(snap.power) != _row_power(rid):
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fixed_ok = false # 定值行快照 power 必须仍是表值
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var cs: Dictionary = reward_economy.grant_clear()
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var cv := int(cs.power)
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var c_rid := String(cs.reward_id)
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if not seen.has(c_rid):
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seen[c_rid] = {}
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seen[c_rid][cv] = true
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if interval_rows.has(c_rid) and (cv < interval_rows[c_rid][0] or cv > interval_rows[c_rid][1]):
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in_domain = false
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Kit.check("24 板全区间行快照 power ∈ [power_min, power_max]（含清图槽）", in_domain)
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Kit.check("定值行快照 power 恒等表值——区间批零外溢", fixed_ok)
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# 定值行（区间 lo==hi 的行，如 heal_minor）roll 恒等表值；区间行（lo<hi，如 clear_blast）须实际流动。
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# 全部按 interval_rows 配置推导——新增/改区间行自动纳入，不逐行硬编码。
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var variance_ok := true
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var fixed_rows_ok := true
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for rid in interval_rows.keys():
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var lo: int = interval_rows[rid][0]
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var hi: int = interval_rows[rid][1]
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var samples: int = seen.get(rid, {}).size()
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if lo == hi:
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if samples > 0 and not (samples == 1 and seen[rid].has(lo)):
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fixed_rows_ok = false
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elif samples >= 2 and seen[rid].size() < 2:
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variance_ok = false
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Kit.check("区间行上下阶实际流动（≥2 样本的区间行须 ≥2 个不同 roll 值）", variance_ok)
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Kit.check("定值行（lo=hi）roll 恒等表值", fixed_rows_ok)
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func _row_power(rid: String) -> int:
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for row in _db.reward.rows:
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if String(row.reward_id) == rid:
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return int(row.power)
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return -1
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