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test(迁移): 批 B 波 1 G4 套3 乘区接线四条迁入 roll_multiplier_test.gd——剪切挂载绿（宿主 24 检查）＋变异 4/4 验红全红唯一（分量键改名/attack_up 40/sapped -10/fortify -20）；套内独占 _hero_attack_row_with 随迁，smoke_all.gd 同批删函数节头与调用行；闸01 剩余面 994 绿

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DKChan committed 2026-10-23 03:07:51 +08:00
1 parent 58054819ca
commit d7def000a3
3 files changed
+44 -42
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game/smoke/smoke_all.gd
-42
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@@ -153,7 +153,6 @@ var _rng
func _run_core_smoke(db, rng) -> void:
_db = db
_rng = rng
_smoke_pool_wiring()
_smoke_type_glow()
_smoke_variant_placement(1)
_smoke_variant_placement(2)
@@ -1398,47 +1397,6 @@ func _smoke_level() -> void:
# ---- 主角乘区接线 + 硬化折半方向 ----
# 同种子停手轮恒同掷点（效果只改乘区、不动掷点流）→ 落地伤害精确关系：
# 增伤 = 基线 ×1.5、乏力 = ×0.75（hero_offense 池乘攻击合计 = 单分量，无直乘旁路）；
# 硬化 = 基线 ×0.5 且 < 基线（enemy_defense 池负值折半）。
# 基线构成：基线 100——hero 攻击类型=normal（锻造工坊配置默认值，
# hero.tres 无两轴字段）对轻甲中性 0 修正（目标 = L1 地精轻甲；AC 0 恒全额非暴击种子）。
func _smoke_pool_wiring() -> void:
print("--- 主角乘区接线 + 硬化折半方向 ---")
var base_row := _hero_attack_row_with({}, 100, 20260918)
var up_row := _hero_attack_row_with({"effects": ["attack_up"]}, 100, 20260918)
var sapped_row := _hero_attack_row_with({"effects": ["sapped"]}, 100, 20260918)
var fortify_row := _hero_attack_row_with({"effects": ["fortify"]}, 100, 20260918)
var base_v := int(base_row.get("value", -1))
check(int(base_row.get("normal", -1)) == base_v and base_v > 0, "单分量基线在位（normal 分量 = 落地值、基线 %d——充能退役批）" % base_v)
check(int(up_row.get("value", -1)) == int(floor(base_v * 1.5)),
"增伤经乘区加成合计（%d → %d = ×1.5——attack_up 直乘旁路退役，覆盖面=攻击合计）" % [base_v, int(up_row.get("value", -1))])
check(int(sapped_row.get("value", -1)) == int(floor(base_v * 0.75)),
"乏力经乘区削减合计（%d → %d = ×0.75）" % [base_v, int(sapped_row.get("value", -1))])
check(int(fortify_row.get("value", -1)) == int(floor(base_v * 0.5)) and int(fortify_row.get("value", -1)) < base_v,
"硬化折半方向（%d → %d = ×0.5 且 < 基线——敌方防御池负值减伤，翻倍 bug 退役）" % [base_v, int(fortify_row.get("value", -1))])
# 构造停手轮首行主角攻击行：opts = {effects: Array}；hero_atk 覆盖 100 拉开量级
# （floor 关系可精确断言）；效果直授沿 _weaken_refresh_probe 前例。
func _hero_attack_row_with(opts: Dictionary, hero_atk_val: int, seed_val: int) -> Dictionary:
var rng = load("res://core/rng_service.gd").new()
rng.set_master_seed(seed_val)
var settlement = load("res://core/battle_orchestrator.gd").new(_db, rng)
var rows: Array = []
settlement.step_row.connect(func(row): rows.append(row))
if not settlement.begin_battle({"level_index": 1, "node_depth": 0, "hero_hp": int(_db.hero.max_hp), "hero_atk": hero_atk_val}):
return {}
for eff in opts.get("effects", []):
settlement._status_effects.apply_effect(String(eff), {"source_class": "mine_hit", "origin_cell": Vector2i(0, 0), "round_index": settlement.round_index})
settlement.minesweeper.settle_batch([{"action": "stop"}])
for row in rows:
if String(row.get("type", "")) == "damage" and String(row.get("source_class", "")) == "hero_attack":
return row
return {}
func _mk_stream(stream_name: String, scope: int) -> RandomNumberGenerator:
# stream_name = 调用点自述标签（不参与派生），保留参数零改调用方
var rg := RandomNumberGenerator.new()
game/tests/unit/battle_settlement/roll_multiplier_test.gd
+43
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@@ -31,6 +31,7 @@ func _init() -> void:
# 套执行序沿源编排序
_smoke_enemy_attack_type()
_smoke_armor_roll()
_smoke_pool_wiring()
quit(Kit.finish("roll_multiplier_test"))
@@ -289,3 +290,45 @@ func _auto_play_round(settlement, out: Dictionary) -> void:
minesweeper.settle_batch([{"action": "dig", "cell": plan.dig_cell}])
if action_economy.phase == "Active" and settlement.round_index == start_round and out.result == "":
minesweeper.settle_batch([{"action": "stop"}])
# ---- 主角乘区接线 + 硬化折半方向 ----
# 同种子停手轮恒同掷点（效果只改乘区、不动掷点流）→ 落地伤害精确关系：
# 增伤 = 基线 ×1.5、乏力 = ×0.75（hero_offense 池乘攻击合计 = 单分量，无直乘旁路）；
# 硬化 = 基线 ×0.5 且 < 基线（enemy_defense 池负值折半）。
# 基线构成：基线 100——hero 攻击类型=normal（锻造工坊配置默认值，
# hero.tres 无两轴字段）对轻甲中性 0 修正（目标 = L1 地精轻甲；AC 0 恒全额非暴击种子）。
func _smoke_pool_wiring() -> void:
print("--- 主角乘区接线 + 硬化折半方向 ---")
var base_row := _hero_attack_row_with({}, 100, 20260918)
var up_row := _hero_attack_row_with({"effects": ["attack_up"]}, 100, 20260918)
var sapped_row := _hero_attack_row_with({"effects": ["sapped"]}, 100, 20260918)
var fortify_row := _hero_attack_row_with({"effects": ["fortify"]}, 100, 20260918)
var base_v := int(base_row.get("value", -1))
Kit.check("单分量基线在位（normal 分量 = 落地值、基线 %d——充能退役批）" % base_v,
int(base_row.get("normal", -1)) == base_v and base_v > 0)
Kit.check("增伤经乘区加成合计（%d → %d = ×1.5——attack_up 直乘旁路退役，覆盖面=攻击合计）" % [base_v, int(up_row.get("value", -1))],
int(up_row.get("value", -1)) == int(floor(base_v * 1.5)))
Kit.check("乏力经乘区削减合计（%d → %d = ×0.75）" % [base_v, int(sapped_row.get("value", -1))],
int(sapped_row.get("value", -1)) == int(floor(base_v * 0.75)))
Kit.check("硬化折半方向（%d → %d = ×0.5 且 < 基线——敌方防御池负值减伤，翻倍 bug 退役）" % [base_v, int(fortify_row.get("value", -1))],
int(fortify_row.get("value", -1)) == int(floor(base_v * 0.5)) and int(fortify_row.get("value", -1)) < base_v)
# 构造停手轮首行主角攻击行：opts = {effects: Array}；hero_atk 覆盖 100 拉开量级
# （floor 关系可精确断言）；效果直授沿 _weaken_refresh_probe 前例。
func _hero_attack_row_with(opts: Dictionary, hero_atk_val: int, seed_val: int) -> Dictionary:
var rng = load("res://core/rng_service.gd").new()
rng.set_master_seed(seed_val)
var settlement = load("res://core/battle_orchestrator.gd").new(_db, rng)
var rows: Array = []
settlement.step_row.connect(func(row): rows.append(row))
if not settlement.begin_battle({"level_index": 1, "node_depth": 0, "hero_hp": int(_db.hero.max_hp), "hero_atk": hero_atk_val}):
return {}
for eff in opts.get("effects", []):
settlement._status_effects.apply_effect(String(eff), {"source_class": "mine_hit", "origin_cell": Vector2i(0, 0), "round_index": settlement.round_index})
settlement.minesweeper.settle_batch([{"action": "stop"}])
for row in rows:
if String(row.get("type", "")) == "damage" and String(row.get("source_class", "")) == "hero_attack":
return row
return {}
reports/批B-断言迁移账本-2026-10-22.md
+1
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@@ -283,6 +283,7 @@
- `_smoke_enemy_attack_type`（4 条）：4/4 验红。变异点——enemy.tres:26 goblin attack_type normal→pierce（红唯一 1/4，越轨行 goblin:pierce）；unit_container.gd:110 快照注入硬编码空串（红 3/4——快照为载荷/矩阵共同源，条3 条4 连带属预期形态）；damage_controller.gd:471 敌方技载荷 attack_type 置空串（红唯一 1/4）；damage_controller.gd:577 `_counter_delta` 查表短路恒中性（红唯一 1/4）。
- `_smoke_armor_roll`（15 条）：15/15 验红（条3 含一次无效首试换点，共 16 轮）。变异点——damage_math.gd:36 档位边界比较 `>`→`>=`（红「查档分布」双迭代＋「EV 锚」连带——纯函数共面）；settlement.tres roll_tier_discounts 75→74（红「EV 锚」1572≠1575，连带查档双迭代＋AC11 落域）；damage_controller.gd:540 暴击判定恒假（**首试无效变异**——「nat20 种子可达」只查掷点值==crit_roll 不查标记，判路面不被触及；该轮实际验红条4/条5 记为下两条的顺带证据）→换点 :539 roll 上界收窄 20 不可达（红「种子可达」seed=-1，连带条4/条5——种子扫描共同源）；:375 hero 载荷 crit 标记写入恒假（红「crit 标记留档」红唯一 1/20）；:369 暴击倍率传参 200→100（红「普通分量 ×2」红唯一）；status_container.gd:52 续时刷新分支 pass 化（红「削弱续时」红唯一）；:40 幅度快照 −1 偏移（红「削弱池读数=行值」红唯一）；damage_math.gd:38 档值 +7 偏移出域（红「AC11 逐拍落域」，连带查档双迭代＋EV 锚——纯函数共面；「折扣档流动」保持绿）；damage_controller.gd:539 掷点折叠恒 nat 面（红「折扣档流动」——采样 distinct 恒 1 穷尽返空 ×0 拍连带「AC11 逐拍落域」）；:515 board_blast 下限拆除恒 0（红「零 v=0 伤害行」红唯一——流中确有群伤行）；:374 hero 载荷 tier 键 pass 化（红「掷点读数留档」红唯一）；:504 board_typed 载荷塞 roll 键（红「棋盘行零掷点字段」红唯一）；damage_math.gd counter_component 三点隔离变异：贴底特例 `sum==1→99`（红「贴底下限」红唯一）、负和特例 `sum<0→99`（红「触底穿透」红唯一）、空桶早退 `return 0→1`（红「空桶恒 0」红唯一）。
- `_smoke_pool_wiring`（4 条）：4/4 验红。变异点——damage_controller.gd:271 hero 侧 atk_type 加 "_x" 后缀（红「单分量基线在位」——payload 分量键改名 normal 键失位；armor_roll 套「普通分量 ×2」同键消费连带属预期形态）；status_effects.tres attack_up magnitude 50→40（红「增伤 ×1.5」140≠150 红唯一）；sapped magnitude −25→−10（红「乏力 ×0.75」90≠75 红唯一）；fortify magnitude −50→−20（红「硬化折半方向」80≠50 红唯一）。
## 十、支援线 9 项待裁闭合（2026-10-22 主会话裁）