## VERTICAL SLICE - NOT FOR PRODUCTION
## 伤害控制器：全部伤害的唯一兑付管线——调用点只开单，掷点/折扣/暴击/克制/池乘区/下限/交付全在本类（垂直切片验证：每笔伤害可归因）。
## 结账时机 policy 双模式：immediate=开单即结 / segment=攒批段界 flush——切换只改 policy 值，管线与表零改动。
## 掷点只在结账时刻消费 armor_roll 封闭流——segment 模式消费次序=开单次序，同种子同操作逐位复现。
## 目标在结账时刻按 target_rule 现场解析，开单不冻结对象；死亡由单位自行宣布（unit_died）触发作废/终止。
class_name DamageController
extends RefCounted

const POLICY_IMMEDIATE := "immediate"   # A：开单即结（现状行为——回切位）
const POLICY_SEGMENT := "segment"       # B：攒批到段界 flush 统一结（目标形态）

# 兑付配方（kind → 步序）：
#   hero_attack     战斗段·主角先手：掷点折扣暴击 → 克制点数（attack_type vs 敌护甲类型）→
#                   hero_offense×enemy_defense 池乘区 → 下限 → 交付；行载荷带 roll/ac/tier/killed。
#   enemy_skill     战斗段·敌方伤害技（含普攻）：基线 = round(atk×倍率)（开单侧算好入 base_value）→
#                   掷点折扣暴击 → 克制点数（attack_type vs 主角护甲类型——
#                   无类型恒中性 delta 0）→ hero_defense×enemy_output
#                   池乘区 → 下限 → +rider（必中附加）→ 交付 → commit_action；来源敌已死 = 作废。
#   board_typed     棋盘·单目标克制直伤（穿刺弹/魔法矢正向）：必中全额，克制点数进加法核，下限保底。
#   board_blast     棋盘·群伤（爆裂粉尘/清障炸药）：无类型恒定表值，全体存活敌逐个交付。
#   board_flat_hero 棋盘·主角直伤（反噬/治疗包负向/地形变异）：无类型必中，下限保底。
const KIND_HERO_ATTACK := "hero_attack"
const KIND_ENEMY_SKILL := "enemy_skill"
const KIND_BOARD_TYPED := "board_typed"
const KIND_BOARD_BLAST := "board_blast"
const KIND_BOARD_FLAT_HERO := "board_flat_hero"

const TARGET_FRONT_ALIVE := "front_alive_enemy"
const TARGET_HERO := "hero"
const TARGET_ALL_ALIVE := "all_alive_enemies"

var db: ConfigDb
var rng: RngServiceCore            # 注入成员类型注（单测经真实 RngService 构造，标注安全）
var units: UnitContainer           # UnitContainer——目标解析/伤害交付/存活查询（句柄即 Dictionary 引用）
var effects: StatusContainer       # StatusContainer——池值/AC 型效果读取（增益状态 只读消费面）
var emit_row_cb: Callable        # 行协议注入口：func(head, ri, display, value, extra)——head 归因束键集 type/source_class/origin_cell/highlight（缺省""）

var policy := POLICY_SEGMENT      # 结账时机开关（B＝攒批段界统一结；回切 A 改 POLICY_IMMEDIATE 即开单即结）
var _queue: Array[Dictionary] = []           # 未结单据（B 模式攒批；A 模式恒空）
var _outcomes := {}              # ticket_id → "redeemed"/"zero"/"voided"（结账后可查——清图高光份数消费）
var _seq := 0                    # 流水号
var _halted := false             # 主角倒下终止封印（死亡事件置位——flush 余单作废）
var _hero_ac_override := -1      # 主角护甲等级合流入参（begin_battle 显式设定——-1 = 表值兜底，口径同战斗编排器）
# 效果端口件（组装期单点注入——host _init bind_port）：发射/计数器/事实/揭示/AC 全经端口路由，
# 缺省 null＝未绑（与原 _fx==null 零扰动守卫同语义——单测直构不接端口的夹具零扰动照跑）
var _port: EffectPort = null


func _init(db_ref, rng_ref, units_ref, effects_ref) -> void:
	db = db_ref
	rng = rng_ref
	units = units_ref
	effects = effects_ref
	units.unit_died.connect(_on_unit_died)


# 主角护甲等级合流入参（战斗编排器 begin_battle 调用——encounter.hero_armor_class；缺参/-1 = 表值兜底）
func set_hero_ac_override(v: int) -> void:
	_hero_ac_override = v


# 效果端口件注入（host _init 组装期单点——先于 begin_battle 任何发射）
func bind_port(port: EffectPort) -> void:
	_port = port


# 事件发射薄面（发射+命中收集统一入口——订阅空=零循环零扰动；命中由各施加面按组合规则施加；
# 路由经效果端口件，事实回调=biz_fact 闭面五键宿主侧）
func _fx_hits(event: String, payload: Dictionary) -> Array:
	if _port == null:
		return []
	return _port.emit(event, payload)


# 未绑事实回落（缺省 null——int()/bool() 包裹后与原 inject 缺省值逐位同：int(null)=0/bool(null)=false）
func _fact_or(name: String) -> Variant:
	return null if _port == null else _port.fact(name)


# per 取数（per 字段解析——载荷同名字段优先，回落端口事实面；add_ticket_rider/attack_bonus/
# shield/open_ticket 的倍数承载：贡献值 = value × per 读数，cap 对乘积封顶）
func _per_value(name: String, payload: Dictionary) -> int:
	if name == "":
		return 1
	if payload.has(name):
		return int(payload[name])
	if _fact_or(name) != null:
		return int(_fact_or(name))
	return 0


# 巢穴控制数（fact nest_count 取数面——敌方 weaken 实例数，猎巢人订阅面）
func _nest_count() -> int:
	var n := 0
	for eff in effects.query_active("enemy"):
		if String(eff.effect_id) == "weaken":
			n += 1
	return n


# ---- 开单面（流程调用——编排器六调用点的唯一形态）----

# 开单：A 模式当场结账；B 模式入队待 flush。返回流水号（outcome() 查询键）。
func submit(t: Dictionary) -> int:
	_seq += 1
	t["ticket_id"] = _seq
	_outcomes[_seq] = "pending"
	if policy == POLICY_IMMEDIATE:
		_resolve(t)
	else:
		_queue.append(t)
	return _seq


# 单据构造（缺省填齐——调用点只写差异栏；context = kind 专用：enemy_skill 带 skill_id/baseline，
# board_flat_hero 的键并入行载荷，board_blast/board_typed 带 batch_key 供未生效行归因）。
# attack_commit 发射点（我方伤害单据开立入口；
# 命中挂单据 context 随行——施加面在 _resolve_hero_attack 管线算术前逐族施加，开单时点=主角攻击
# 单恒为段内首单（结账现场与开单现场一致）。载荷 atk/target/matchup + 挖掘 streak 事实〔连珠矢/
# 执拗订阅面〕+巢穴控制数〔猎巢人〕）
# spec 束必载键（缺载 assert——fail-fast）：channel／base_value／target_rule／ri；
# 可选键缺省=原形缺省：origin_cell=(-1,-1)／attack_type=""／rider=0／highlight=""／context={}。
# 返回单据字典九栏目+requires/source_unit 逐字不变（契约 8）。
func open_ticket(kind: String, source_class: String, display: String, spec: Dictionary = {}) -> Dictionary:
	for req in ["channel", "base_value", "target_rule", "ri"]:
		assert(spec.has(req), "open_ticket spec 束缺载必载键: %s" % req)
	var context := spec.get("context", {}) as Dictionary
	var t := {
		"kind": kind,
		"source_class": source_class,
		"origin_cell": spec.get("origin_cell", Vector2i(-1, -1)),
		"round_index": int(spec.get("ri", 0)),
		"display": display,
		"channel": String(spec.get("channel", "")),
		"attack_type": String(spec.get("attack_type", "")),
		"base_value": int(spec.get("base_value", 0)),
		"target_rule": String(spec.get("target_rule", "")),
		"rider": int(spec.get("rider", 0)),
		"highlight": String(spec.get("highlight", "")),
		"context": context,
		"requires": -1,          # 前置单据 id（-1 = 无依赖）
		"source_unit": {},       # enemy_skill 专用——来源敌句柄（作废判定 + commit）
	}
	if kind == KIND_HERO_ATTACK:
		var tgt = _target_for(String(t.target_rule))
		var armor_b: String = String(tgt.get("armor_type", "light")) if tgt != null else "light"
		var matchup_o: String = (String(t.attack_type) + "_vs_" + armor_b) if String(t.attack_type) != "" else ""
		var ac_payload := {"atk": int(t.base_value),
			"target": String(tgt.get("display_name", "")) if tgt != null else "",
			"target_id": String(tgt.get("enemy_id", "")) if tgt != null else "",
			"matchup": matchup_o, "dig_streak": int(_fact_or("dig_streak") or 0), "nest_count": _nest_count()}
		t.context["fx_attack_hits"] = _fx_hits("attack_commit", ac_payload)
		t.context["fx_attack_payload"] = ac_payload
	return t


# 同步开单（清图批专用——完美第二份与高光份数的流程依赖需要同步读数，开单权归流程）：
# 先按开单序结清段内排队的单据（保序），再无视结账时机政策当场兑现本单。
func flush_submit(t: Dictionary) -> int:
	flush()
	_seq += 1
	t["ticket_id"] = _seq
	_outcomes[_seq] = "pending"
	_resolve(t)
	return _seq


# 结账：B 模式按开单序逐张兑现队列（兑现中经 requires 追加的回声单按入队序自然续结）；
# A 模式恒空队 no-op（段界调用点两模式共用）。主角倒下（_halted）后余单全部静默作废。
func flush() -> void:
	if policy != POLICY_SEGMENT:
		return
	var i := 0
	while i < _queue.size():
		if _halted:
			break
		_resolve(_queue[i])
		i += 1
	for j in range(i, _queue.size()):
		_outcomes[int(_queue[j].ticket_id)] = "voided"
	_queue.clear()


# 结账读数："redeemed"＝实际有效兑付 / "zero"＝合法零兑付（未生效行已自记）/ "voided"＝作废（静默）/
# "pending"＝未结（B 模式排队中）
func outcome(ticket_id: int) -> String:
	return String(_outcomes.get(ticket_id, "pending"))


# ---- 死亡事件（单位自行宣布，本类消费）----

func _on_unit_died(u: Dictionary) -> void:
	if bool(u.get("is_hero", false)):
		_halted = true   # 主角倒下——flush 余单作废；Game Over 归判定段既有 hp 读数路径
		return
	for t in _queue:
		if is_same(t.source_unit, u):
			t["cancelled"] = true   # 死亡即不动手——该敌未结单据作废（静默零行零 commit）


# ---- 兑付管线（单点——所有伤害经过同一道门）----

func _resolve(t: Dictionary) -> void:
	var id := int(t.ticket_id)
	if _halted or bool(t.get("cancelled", false)) \
			or (int(t.get("requires", -1)) >= 0 and String(_outcomes.get(int(t.requires), "")) != "redeemed"):
		_outcomes[id] = "voided"   # 终止后余单 / 来源敌已死 / 前置单未实际有效——静默作废（死亡即不动手口径）
		return
	match String(t.kind):
		KIND_HERO_ATTACK:
			_resolve_hero_attack(t)
		KIND_ENEMY_SKILL:
			_resolve_enemy_skill(t)
		KIND_BOARD_TYPED:
			_resolve_board_typed(t)
		KIND_BOARD_BLAST:
			_resolve_board_blast(t)
		KIND_BOARD_FLAT_HERO:
			_resolve_board_flat_hero(t)
		_:
			push_error("[伤害控制器/fatal] 未知兑付配方: %s" % String(t.kind))
			_outcomes[id] = "zero"
			return
	# 主角倒下检查（每张单兑现后——敌方连拍致死即中止，同现行"hp=0 立即短路"口径）
	if int(units.hero_unit().get("hp", 0)) <= 0:
		_halted = true


# 主角先手攻击：掷点 → 折扣/暴击 → 克制点数 → hero_offense×enemy_defense 池乘区 → 下限 → 交付
# （attack_commit/clamp_check/armor_roll 订阅施加面：命中=开单入口随单
# context 携带，按固定算序逐族施加——命中序=数据表声明序，确定性）。
# 四步分段：命中面(_hero_attack_ctx，目标/护甲/
# 掷点/按序改写族四拍/克制点数) → 基值装配(_hero_attack_base_value，加法族/计数器施加/倍乘) →
# 掷点兑现(_hero_attack_redeem，rolled/池乘/下限/rider/落地/击杀发射) → 交付(_hero_attack_deliver，
# 状态施加/标签/明细行)。步骤间经 ctx/redemption 字典穿线——算序/取值固定（🔴 逐位一致契约）。
func _resolve_hero_attack(t: Dictionary) -> void:
	var ctx := _hero_attack_ctx(t)
	if ctx.is_empty():
		return   # 不可达（流程开单前已有存活守卫）——防御位不发行（outcome 已置 zero）
	var base_value: float = _hero_attack_base_value(t, ctx)
	var redemption := _hero_attack_redeem(t, ctx, base_value)
	_hero_attack_deliver(t, ctx, redemption)


# 命中面（目标/护甲克制 matchup/armor_roll 发射→按序改写族四拍→克制点数读值+订阅改写；
# 后两步各由 _ctx_rewrites／_ctx_clamp_delta 承载）。返回穿线 ctx（空=目标不可达）。
# clamp_check 只在 _ctx_rewrites 内发射一次——_ctx_clamp_delta 消费同批命中（禁重复发射）。
func _hero_attack_ctx(t: Dictionary) -> Dictionary:
	var target = _target_for(String(t.target_rule))
	if target == null:
		_outcomes[int(t.ticket_id)] = "zero"   # 不可达（流程开单前已有存活守卫）——防御位不发行
		return {}
	var armor: String = String(target.get("armor_type", "light"))
	var atk_type: String = String(t.attack_type)
	var matchup := (atk_type + "_vs_" + armor) if atk_type != "" else ""
	var ac_payload: Dictionary[Variant, Variant] = (t.context.get("fx_attack_payload", {}) as Dictionary)
	var rewrites := _ctx_rewrites(t, target, armor, matchup)
	var cdelta := _ctx_clamp_delta(atk_type, armor, rewrites["clamp_hits"])
	return {"target": target, "armor": armor, "atk_type": atk_type,
		"ac_hits": (t.context.get("fx_attack_hits", []) as Array), "ac_payload": ac_payload,
		"roll_read": rewrites["roll_read"], "threshold": rewrites["threshold"],
		"crit": rewrites["crit"], "discount": rewrites["discount"],
		"spike_ready": rewrites["spike_ready"], "cdelta": cdelta}


# 按序改写族四拍＋掷点快照（armor_roll 发射点在此）：第一拍矿工重锤命中交换（正负双修原生形态：
# 命中判定减成 trade_hit 点〔更易命中〕换攻击增伤 trade_atk%——高 AC 负期望/低 AC 正期望；
# 改写位先于掷点折扣读数）→ 第二拍专注免掷骰恒定折扣（方差买断成期望——稳定器人格；roll 记 0 归因）
# → 第三拍厚积薄发满层必中（spike ready 时 discount 恒全额、暴击面走倍乘不加掷；when charge_layers≥3
# 在 dispatch 判定——满层持续状态口径）→ 第四拍猎弱本能对轻甲敌折扣档改善 value 档
# （对冲 pierce 列 L1 −1 开局罚；改善 = 折扣表向全额方向移档，nat 最大面/已全额不重复）。
# clamp_check 同在此发射（唯一发射点——命中随返回值穿给 _ctx_clamp_delta）。
func _ctx_rewrites(t: Dictionary, target: Dictionary, armor: String, matchup: String) -> Dictionary:
	var ac_hits: Array[Variant] = (t.context.get("fx_attack_hits", []) as Array)
	var roll_read: Dictionary[Variant, Variant] = _armor_roll()
	var threshold: int = defender_ac(target) + int(db.combat.settlement.damage_roll.attack_bonus)
	# armor_roll 发射点（敌护甲掷骰判定；免掷恒折扣订阅面）
	var ar_hits := _fx_hits("armor_roll", {"target_ac": threshold, "roll": int(roll_read.roll)})
	var trade_hit := 0
	for h in ac_hits:
		if String(h.get("kind", "")) == "modify_ticket" and int(h.get("trade_hit", 0)) > 0:
			trade_hit += int(h.trade_hit)
	if trade_hit > 0:
		threshold = maxi(1, threshold - trade_hit)
	var crit: bool = bool(roll_read.crit)
	var discount: int = _roll_discount(int(roll_read.roll), threshold)
	for h in ar_hits:
		if String(h.get("kind", "")) == "modify_ticket" and String(h.get("mode", "")) == "armor_rewrite":
			discount = int(h.get("value", 0))
			crit = false
			roll_read["roll"] = 0
	var spike_ready := false
	for h in ac_hits:
		if String(h.get("kind", "")) == "modify_ticket" and String(h.get("mode", "")) == "spike":
			spike_ready = true
			discount = 100
	var clamp_hits := _fx_hits("clamp_check", {"matchup": matchup})
	var shift := 0
	for h in clamp_hits:
		if String(h.get("kind", "")) != "modify_ticket":
			continue
		if String(h.get("mode", "")) == "discount_shift":
			shift += int(h.get("value", 0))
	if shift > 0 and armor == "light" and discount < 100:
		discount = _discount_shift_up(discount, shift)
	return {"roll_read": roll_read, "threshold": threshold, "crit": crit,
		"discount": discount, "spike_ready": spike_ready, "clamp_hits": clamp_hits}


# 克制点数读值+订阅改写（魔网织者/湛蓝誓约/猎手刺剑 clamp_check modify delta——克制矩阵查表值
# 后的直调；hero_attack 与 board_typed 两消费面同享）。命中批由 _ctx_rewrites 单次发射后传入。
# 淬毒刃纹（行 triggers clamp_check
# modify(mode:clamp_bonus) 订阅命中并入本处 delta 合计；mode 路由=主角攻击面专享，
# 棋盘克制直伤窗只消费无模式 delta——棋盘不吃毒面）
func _ctx_clamp_delta(atk_type: String, armor: String, clamp_hits: Array) -> int:
	var cdelta: int = _counter_delta(atk_type, armor)
	for h in clamp_hits:
		if String(h.get("kind", "")) == "modify_ticket" and h.has("delta"):
			cdelta += int(h.delta)
	return cdelta


# 基值装配（基值+单位标记加伤+矿工重锤增伤面+加法族（attack_bonus/
# value_counter 层值）+计数器施加（attack_commit 用后清零行——命中序=声明序）+spike 倍乘。
func _hero_attack_base_value(t: Dictionary, ctx: Dictionary) -> float:
	var ac_hits: Array[Variant] = ctx["ac_hits"]
	var ac_payload: Dictionary[Variant, Variant] = ctx["ac_payload"]
	var base_value := float(t.base_value)
	# 单位标记加伤（处刑台 target_attack_bonus 挂单位字典 fx_atk_bonus 键；
	# 阈值沿发射点已写入，本处通用消费——对该敌伤害加算）
	base_value += float(int((ctx["target"] as Dictionary).get("fx_atk_bonus", 0)))
	# 按序改写族第五拍：矿工重锤增伤面（交换的正向侧）
	for h in ac_hits:
		if String(h.get("kind", "")) == "modify_ticket" and int(h.get("trade_atk", 0)) > 0:
			base_value *= 1.0 + float(int(h.trade_atk)) / 100.0
	# 加法族：整备军备「每层下轮首段 +1」（层数×value 加算）——attack_bonus per charge_layers。
	# value_counter 扩展〔疼痛记忆/弃图兑换/陷阱本能——rider 值=计数器账面，
	# 值读于施加时点=命中序先行 rider 后清零行〕
	for h in ac_hits:
		if String(h.get("kind", "")) == "attack_bonus":
			var contrib := int(h.get("value", 0)) * _per_value(String(h.get("per", "")), ac_payload)
			if h.has("value_counter") and String(h.get("value_counter", "")) != "":
				contrib = _port.counter_read(String(h.get("value_counter", "")))
			base_value += float(contrib)
	# 计数器施加（attack_commit 命中行内 counter_add〔用后清零行〕，命中序=声明序；端口路由账面）
	for h in ac_hits:
		if String(h.get("kind", "")) == "counter_add":
			var set_v = h.get("set", null)
			_port.counter_add(String(h.get("counter_id", "")), int(h.get("value", 0)) if set_v == null else int(set_v), set_v != null)
	# 任意真族：厚积薄发满层 spike 倍乘（≥3 层——强制必中已在折扣拍承载）
	if ctx["spike_ready"]:
		for h in ac_hits:
			if String(h.get("kind", "")) == "modify_ticket" and String(h.get("mode", "")) == "spike":
				base_value *= float(int(h.get("value", 1)))
	return base_value


# 掷点兑现（rolled 分量/payload 归因/池乘区/下限/英雄侧 rider 族/落地扣血/击杀标记；
# 击杀发射面拆 _kill_overflow）。返回 {landed, payload, hero_rider}（交付步消费）。
func _hero_attack_redeem(t: Dictionary, ctx: Dictionary, base_value: float) -> Dictionary:
	var target = ctx["target"]
	var ac_hits: Array[Variant] = ctx["ac_hits"]
	var roll_read: Dictionary[Variant, Variant] = ctx["roll_read"]
	var atk_type: String = ctx["atk_type"]
	var rolled: int = DamageMath.rolled_component(base_value, int(ctx["discount"]), bool(ctx["crit"]), int(db.combat.settlement.damage_roll.crit_multiplier), int(ctx["cdelta"]))
	var payload: Dictionary[Variant, Variant] = {"target": String(target.display_name), "target_id": String(target.get("enemy_id", ""))}
	payload[atk_type] = rolled   # 分量键 = 实际攻击类型（归因字段，单分量模型）
	payload["roll"] = int(roll_read.roll)
	payload["ac"] = int(ctx["threshold"])
	payload["tier"] = int(ctx["discount"])
	if bool(ctx["crit"]):
		payload["crit"] = true
	var pooled: int = DamageMath.pool_damage(rolled, clamped_pool("hero_offense"), clamped_pool("enemy_defense"))
	var landed: int = maxi(int(db.combat.settlement.damage_roll.damage_floor), pooled)
	# 加法族：英雄侧 rider（enemy_skill rider 对称位补齐口径）——后置必中附加，独立于掷点与乘区
	# （奥术余烬「普攻命中后恒定结算」语义）；猎巢人巢控光环（per nest_count）/矿工的执拗开格加成
	# （per dig_streak、cap 封顶）同通道合计；档一质变 rider+1 / 档二（crit 时）rider 乘暴击倍率。
	# rider 不改变下限语义（landed 含 rider 后不再过 floor）。
	var hero_rider := int(_fact_or("rider_tier_bonus") or 0)   # or 0＝未绑缺省与 int(null) 缺省同值（int() 构造拒 null——端口缺省 null 面的空值合并）
	for h in ac_hits:
		if String(h.get("kind", "")) == "add_ticket_rider":
			var contrib := int(h.get("value", 0)) * _per_value(String(h.get("per", "")), ctx["ac_payload"])
			if h.has("cap"):
				contrib = mini(int(h.cap), contrib)
			hero_rider += contrib
	if hero_rider > 0:
		if bool(ctx["crit"]) and bool(_fact_or("rider_tier_crit") or false):
			hero_rider = int(round(float(hero_rider) * float(db.combat.settlement.damage_roll.crit_multiplier)))
		landed += hero_rider
		payload["hero_rider"] = hero_rider
	units.apply_damage(target, landed)
	payload["killed"] = not target.alive   # 击杀标记在扣血后取
	if bool(payload.get("killed", false)):
		_kill_overflow(t, target, landed)
	return {"landed": landed, "payload": payload, "hero_rider": hero_rider}


# kill 发射+施加（敌人死亡确认；贯穿射击溢出弹射订阅面：对下一存活敌
# 以穿刺类型弹射本体 value%〔无次敌=弹射落空〕。B 模式入队段尾 flush 兑现；A 模式递归 resolve）
func _kill_overflow(t: Dictionary, target: Dictionary, landed: int) -> void:
	for h in _fx_hits("kill", {"target": String(target.display_name), "target_id": String(target.get("enemy_id", "")), "overflow": landed}):
		if String(h.get("kind", "")) == "reveal_tiles":
			_port.reveal_effect()   # 斩首学者——击杀揭示 1 格（端口路由宿主入队，授予段末兑付）
			continue
		if String(h.get("kind", "")) != "overflow":
			continue
		var next_target = units.default_target()
		if next_target != null:
			# source_class 用中性名（fx_overflow 泛用通道，不挂件名）
			var of_t := open_ticket(DamageController.KIND_BOARD_TYPED, "fx_overflow", "贯穿弹射",
				{"channel": "board",
				"base_value": maxi(int(db.combat.settlement.damage_roll.damage_floor), int(landed * int(h.get("value", 50)) / 100)),
				"target_rule": DamageController.TARGET_FRONT_ALIVE, "ri": int(t.round_index),
				"origin_cell": t.origin_cell, "attack_type": "pierce"})
			if policy == POLICY_SEGMENT:
				_queue.append(of_t)
			else:
				_resolve(of_t)


# 交付：即时执行族（碎甲震击打重甲附加「护甲裂解」——复用 off_guard，零新状态行；
# apply_effect 域闭/重复授予由状态容器自行守卫）/标签装配/明细行发射/兑现登记。
func _hero_attack_deliver(t: Dictionary, ctx: Dictionary, redemption: Dictionary) -> void:
	var payload: Dictionary[Variant, Variant] = redemption["payload"]
	for h in (ctx["ac_hits"] as Array):
		if String(h.get("kind", "")) == "apply_status":
			# source_class 用中性名（fx_apply_status 泛用通道，不挂件名）
			effects.apply_effect(String(h.get("status_id", "")), {"source_class": "fx_apply_status"}, -1)
			payload["cracked"] = true
	var label := _attack_label(String(t.display), bool(ctx["crit"]), int(ctx["discount"]))
	if int(redemption["hero_rider"]) > 0:
		label += "＋奥术%d（必中）" % int(redemption["hero_rider"])
	emit_row_cb.call({"type": "damage", "source_class": String(t.source_class), "origin_cell": t.origin_cell, "highlight": String(t.highlight)}, int(t.round_index), label, int(redemption["landed"]), payload)
	_outcomes[int(t.ticket_id)] = "redeemed"


# 敌方伤害技：掷点 → 折扣/暴击 → 克制点数（attack_type vs 主角护甲类型——
# 无类型恒中性 delta 0，写法同 hero_attack 的 _counter_delta 消费位）→ hero_defense×enemy_output
# 池乘区 → 下限 → +rider（后置必中附加）→ 交付 → commit_action（作废单不 commit——死亡即不动手）。
# 掷点算术归 _enemy_roll；damage_taken 统一发射+消费归 _emit_hero_damage_taken（发射在本函数——
# 与减伤落快照的先后序固定；「掷点后、交付前」消费时点不变）。
func _resolve_enemy_skill(t: Dictionary) -> void:
	var hero: Dictionary[Variant, Variant] = units.hero_unit()
	var roll := _enemy_roll(t)
	var total: int = int(roll["total"])
	# damage_taken 发射（kind=enemy_skill；铁壁整备减伤订阅面：shield 加法族合计 value×per(charge_layers)，
	# 稳健拓荒树规则同面（rebuild 合成订阅）；减后过下限保底。damage_reduce〔背水 hp_ratio when〕/
	# counter_add〔保险丝/石肤〕/ac_bonus〔石肤〕同面施加；hp_ratio fact 由 damage_taken 载荷携带）
	var dt_res := _emit_hero_damage_taken(total, "enemy_skill", String(t.context.get("skill_id", "")), t.origin_cell, int(t.round_index))
	total = int(dt_res["total"])
	units.apply_damage(hero, total)
	var payload: Dictionary[Variant, Variant] = {"target": "hero", "skill_id": String(t.context.get("skill_id", "")), "baseline": int(t.context.get("baseline", 0)),
		"roll": int(roll["roll"]), "ac": int(roll["threshold"]), "tier": int(roll["discount"]), "attack_type": String(t.attack_type)}
	if bool(roll["crit"]):
		payload["crit"] = true
	if int(t.rider) > 0:
		payload["rider"] = int(t.rider)
	var label := _attack_label(String(t.display), bool(roll["crit"]), int(roll["discount"]))
	if int(t.rider) > 0:
		label += "＋附加%d（必中）" % int(t.rider)
	emit_row_cb.call({"type": "damage", "source_class": String(t.source_class), "origin_cell": t.origin_cell, "highlight": String(t.highlight)}, int(t.round_index), label, total, payload)
	units.commit_action(t.source_unit)
	_outcomes[int(t.ticket_id)] = "redeemed"


# 敌方技掷点算术（掷点/折扣/暴击/克制点数/池乘区/下限/rider 后置——取值序逐位同原单函数）。
# 返回 {roll, threshold, crit, discount, total}。
func _enemy_roll(t: Dictionary) -> Dictionary:
	var hero: Dictionary[Variant, Variant] = units.hero_unit()
	var roll_read: Dictionary[Variant, Variant] = _armor_roll()
	var threshold: int = defender_ac(hero) + int(db.combat.settlement.damage_roll.attack_bonus)
	var crit: bool = bool(roll_read.crit)
	var discount: int = _roll_discount(int(roll_read.roll), threshold)
	var cdelta: int = _counter_delta(String(t.attack_type), String(hero.get("armor_type", "light")))
	var rolled: int = DamageMath.rolled_component(float(t.base_value), discount, crit, int(db.combat.settlement.damage_roll.crit_multiplier), cdelta)
	var pooled: int = DamageMath.pool_damage(rolled, clamped_pool("hero_defense"), clamped_pool("enemy_output"))
	var total: int = maxi(int(db.combat.settlement.damage_roll.damage_floor), pooled) + int(t.rider)   # rider 后置于伤害下限——独立必中加项，不进乘区
	return {"roll": int(roll_read.roll), "threshold": threshold, "crit": crit, "discount": discount, "total": total}


# 全局受伤发射单点（迭代 46 卡A T2——所有主角承伤路径唯一发射口：敌方攻击/地形/危险格/错误封印
# 资源直伤（后三者经 board_flat_hero 单据进入）都经此 dispatch 一次 damage_taken 并消费一次；
# 同一伤害单据重复发射由 context.hero_damage_consumed 标记闸拦（地形路径在开单点标记）。
# payload 必含 kind/amount/source/cell/round/hp_ratio；返回 {total, hits} 交调用侧按减后值开单/交付）。
func _emit_hero_damage_taken(amount: int, damage_kind: String, source: String, cell: Vector2i, ri: int) -> Dictionary:
	var hu: Dictionary[Variant, Variant] = units.hero_unit()
	var payload: Dictionary[Variant, Variant] = {"kind": damage_kind, "amount": amount, "source": source,
		"cell": cell, "round": ri, "hp_ratio": int(round(100.0 * float(int(hu.get("hp", 0))) / float(maxi(1, int(hu.get("max_hp", 1))))))}
	var hits := _fx_hits("damage_taken", payload)
	return {"total": int(_apply_hero_damage_effects(hits, amount)["total"]), "hits": hits}


# damage_taken 唯一消费族（组合次序冻结：shield 加法族合计→damage_reduce 逐条减量〔背水/石层缓冲〕→
# ac_bonus 转编排器单点〔石肤 AC 累积归 set_hero_ac_override 消费面〕→counter_add 施加〔保险丝/石肤/
# 换图系临时计数夹具〕。返回 {total, shield}）。
func _apply_hero_damage_effects(hits: Array, total: int) -> Dictionary:
	var shield := 0
	for h in hits:
		match String(h.get("kind", "")):
			"shield":
				shield += int(h.get("value", 0)) * _per_value(String(h.get("per", "")), {})
			"damage_reduce":
				total = maxi(0, total - int(h.get("value", 0)))
			"ac_bonus":
				_port.apply_ac(h)
			"counter_add":
				var set_v = h.get("set", null)
				_port.counter_add(String(h.get("counter_id", "")), int(h.get("value", 0)) if set_v == null else int(set_v), set_v != null)
	if shield > 0:
		total = maxi(int(db.combat.settlement.damage_roll.damage_floor), total - shield)
	return {"total": total, "shield": shield}


# 棋盘克制直伤：必中全额不掷点；目标 = 结账时刻最前存活敌；克制点数进加法核；下限保底
func _resolve_board_typed(t: Dictionary) -> void:
	var target = units.default_target()
	if target == null:
		_ineffective_row(t, "无存活敌人")
		_outcomes[int(t.ticket_id)] = "zero"
		return
	var armor_b: String = String(target.get("armor_type", "light"))
	var atk_b: String = String(t.attack_type)
	# clamp_check 发射+施加（克制判定修正点棋盘面；与 hero_attack 同表同点：
	# modify delta 订阅改写合计进克制点数；discount_shift 档位面属主角攻击专享，本面不施加）
	var cdelta: int = _counter_delta(atk_b, armor_b)
	if atk_b != "":
		for h in _fx_hits("clamp_check", {"matchup": atk_b + "_vs_" + armor_b}):
			# 无模式 delta 才入棋盘窗（mode 路由：clamp_bonus=主角攻击面专享、discount_shift=折扣档面）
			if String(h.get("kind", "")) == "modify_ticket" and h.has("delta") and String(h.get("mode", "")) == "":
				cdelta += int(h.delta)
	var dealt: int = DamageMath.counter_component(int(t.base_value), cdelta, int(db.combat.settlement.damage_roll.damage_floor))
	units.apply_damage(target, dealt)
	emit_row_cb.call({"type": "damage", "source_class": String(t.source_class), "origin_cell": t.origin_cell, "highlight": String(t.highlight)}, int(t.round_index),
		"%s → %s" % [String(t.display), String(target.display_name)], dealt,
		{"target": String(target.display_name), "target_id": String(target.get("enemy_id", "")), "attack_type": String(t.attack_type), "effectiveness": cdelta})
	_outcomes[int(t.ticket_id)] = "redeemed"


# 棋盘群伤：无类型恒定表值，结账时刻全体存活敌逐个交付（单行汇总——行内 count = 兑现时存活数）
func _resolve_board_blast(t: Dictionary) -> void:
	var alive: Array[Variant] = units.query_alive("enemy")
	if alive.is_empty():
		_ineffective_row(t, "无存活敌人")
		_outcomes[int(t.ticket_id)] = "zero"
		return
	var blast_dmg: int = maxi(int(db.combat.settlement.damage_roll.damage_floor), int(t.base_value))   # 伤害下限全来源
	for u in alive:
		units.apply_damage(u, blast_dmg)   # 恒定表值（下限保底），逐个；受击即死——死亡即不动手
	emit_row_cb.call({"type": "damage", "source_class": String(t.source_class), "origin_cell": t.origin_cell, "highlight": String(t.highlight)}, int(t.round_index),
		"%s → 全体敌人 ×%d" % [String(t.display), alive.size()], blast_dmg,
		{"target": "all_enemies", "count": alive.size()})
	_outcomes[int(t.ticket_id)] = "redeemed"


# 棋盘主角直伤（反噬/治疗包负向/危险格/错误封印资源直伤）：无类型必中，下限保底；context 键并入行载荷。
# damage_taken 全局发射点（迭代 46 卡A T2——单据未标 hero_damage_consumed 时在下限前发射并消费一次；
# 地形路径已在授予段开单点发射并标记，此处跳过防重复）
func _resolve_board_flat_hero(t: Dictionary) -> void:
	var dealt: int = int(t.base_value)
	if not bool((t.get("context", {}) as Dictionary).get("hero_damage_consumed", false)):
		var res_flat := _emit_hero_damage_taken(dealt, "board_flat_hero", String(t.get("source_class", "")), t.origin_cell, int(t.round_index))
		dealt = int(res_flat["total"])
	dealt = maxi(int(db.combat.settlement.damage_roll.damage_floor), dealt)   # 伤害下限全来源（减后过下限）
	units.apply_damage(units.hero_unit(), dealt)
	var extra: Dictionary[Variant, Variant] = {"target": "hero"}
	for k in t.context.keys():
		extra[k] = t.context[k]
	emit_row_cb.call({"type": "damage", "source_class": String(t.source_class), "origin_cell": t.origin_cell, "highlight": String(t.highlight)}, int(t.round_index), "%s → 主角" % String(t.display), dealt, extra)
	_outcomes[int(t.ticket_id)] = "redeemed"


# ---- 管线算术读数（自战斗编排器迁入——管线单点；编排器留 _clamped_pool/_defender_ac 薄委托）----

# 护甲等级掷点（armor_roll 封闭流——逐次掷逐次取号、逐位可回放）：返回 {roll, crit}
func _armor_roll() -> Dictionary:
	var stream: RandomNumberGenerator = rng.open_stream(String(db.combat.settlement.damage_roll.armor_roll_stream))
	var roll: int = stream.randi_range(1, int(db.combat.settlement.damage_roll.roll_faces))
	return {"roll": roll, "crit": roll == int(db.combat.settlement.damage_roll.crit_roll)}


# 掷点折扣读数：nat 最大面恒全额（暴击分支前置），其余查档（缺口 = 阈值 − 掷点）
func _roll_discount(roll: int, threshold: int) -> int:
	if roll == int(db.combat.settlement.damage_roll.crit_roll):
		return 100
	return DamageMath.roll_discount_percent(roll, threshold, db.combat.settlement.damage_roll.roll_tier_bounds, db.combat.settlement.damage_roll.roll_tier_discounts)


# 防守方护甲等级读数（数值轴——与 armor_type 克制属性轴严格分离）：敌人 = spawn 期行值快照；
# 主角 = begin_battle 显式入参（encounter.hero_armor_class 合流值，缺参/-1 = 表值兜底）；
# ac 型状态效果叠其上（ac_up 层数×幅度——不入任何池，无 clamp）
func defender_ac(unit: Dictionary) -> int:
	if bool(unit.get("is_hero", false)):
		var total: int = _hero_ac_override
		if total < 0:
			total = int(db.combat.hero.armor_class)
		for eff in effects.query_active("hero"):
			var row: Dictionary[Variant, Variant] = db.combat.status_effects.row_by_id(eff.effect_id)
			if not row.is_empty() and String(row.unit) == "ac":
				total += int(eff.effective_value)
		return total
	var total_e: int = int(unit.get("armor_class", 0))
	for eff_e in effects.query_active("enemy"):
		var erow_ac: Dictionary[Variant, Variant] = db.combat.status_effects.row_by_id(eff_e.effect_id)
		if not erow_ac.is_empty() and String(erow_ac.unit) == "ac":
			total_e += int(eff_e.effective_value)
	return total_e


# 克制修正点数读值（SettlementTable.armor_effectiveness：{攻击类型: {护甲: 点数}}——缺项回退 0 中性；
# attack_type "" = 无类型恒不查（群伤/反噬/地形——敌方技随单轴查表））
func _counter_delta(attack_type: String, armor: String) -> int:
	if attack_type == "":
		return 0
	var tbl: Dictionary[Variant, Variant] = db.combat.settlement.damage_roll.armor_effectiveness
	var row: Dictionary[Variant, Variant] = tbl.get(attack_type, {})
	return int(row.get(armor, 0))


# 折扣档改善（猎弱本能——折扣表向全额方向移 value 档；查不到当前档 = 不动防御口径）
func _discount_shift_up(discount: int, shift: int) -> int:
	var tbl: Array[Variant] = db.combat.settlement.damage_roll.roll_tier_discounts
	var idx := tbl.find(discount)
	if idx < 0:
		return discount
	return int(tbl[mini(tbl.size() - 1, idx + shift)])


# 池内加算 → clamp [-100,+100]（池间乘算归 DamageMath.pool_damage 调用侧）
func clamped_pool(pool: String) -> int:
	var total := 0
	for eff in effects.query_active("hero") + effects.query_active("enemy"):
		var row: Dictionary[Variant, Variant] = db.combat.status_effects.row_by_id(eff.effect_id)
		if row.is_empty():
			continue
		if String(db.combat.settlement.core.effect_pool_map.get(eff.effect_id, "")) == pool and String(row.unit) == "percent":
			total += eff.effective_value   # 池内加算（L×m 原样——越域不 clamp 由本处收口）
	return clampi(total, int(db.combat.settlement.core.pool_clamp_lo), int(db.combat.settlement.core.pool_clamp_hi))


# 攻击行显示名（掷点档位随行文本可读；重档折扣 = "被压制"）
func _attack_label(base: String, crit: bool, discount: int) -> String:
	if crit:
		return base + "（暴击）"
	if discount < 100:
		return base + "（被压制）"
	return base


# ---- 内部 ----

# 目标解析（结账时刻照规则看现场；句柄即 Dictionary 引用）
func _target_for(rule: String) -> Variant:
	match rule:
		TARGET_FRONT_ALIVE:
			return units.default_target()
		TARGET_HERO:
			return units.hero_unit()
		TARGET_ALL_ALIVE:
			return units.query_alive("enemy")
	push_error("[伤害控制器/fatal] 未知目标规则: %s" % rule)
	return null


func _ineffective_row(t: Dictionary, reason: String) -> void:
	emit_row_cb.call({"type": "reward_ineffective", "source_class": String(t.source_class), "origin_cell": t.origin_cell, "highlight": String(t.highlight)}, int(t.round_index),
		"%s 未生效（%s）" % [String(t.display), reason], 0, {"batch_key": String(t.context.get("batch_key", "")), "deferred": true})