990 lines
55 KiB
GDScript
990 lines
55 KiB
GDScript
## VERTICAL SLICE - NOT FOR PRODUCTION
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## 冒险结构编排器：三关序列、生命/GP 账本、三选一停点与三结局结算唯一所有者，headless 可跑完整冒险（垂直切片验证：一条命走完三关）；令牌池与凭证判定归 CurioDeck 件。
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## Core 层禁 UI 引用；数值零字面量只读 db；core↔core 连信号一律方法 Callable，禁 lambda 捕获 self（RefCounted 成环）。
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## 主种子恰一次注入归本类（LevelRunner 不重播种）；set_save_manager 缺省 null = 断点面整体静默（模拟/冒烟零扰动）。
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## 呈现层须在 level_started 后重取 runner()（每关新建实例）——先重取再开选路口，否则被空防御丢弃。
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class_name AdventureRunner
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extends RefCounted
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signal level_started(level_index: int, display_name: String) ## 每关开始（含冒险首关）——呈现层重取 runner()、刷新图条与层名行
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signal curio_choice_presented(payload: Dictionary) ## 专长三选一停点（非末关的关卡完成恰一次；通道白名单后候选恒专长+回血在载荷）——{level_index, candidates, heal_gained, hp_before, hp_after, keystone_gained, keystone_total, gp, aux_cleared}
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signal curio_resolved(result: Dictionary) ## 三选一兑付完成（pick_curio/替换受理后恰一次）——{picked, value, hp_before, hp_after, level_index}
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signal adventure_finished(summary: Dictionary) ## 冒险结算（completed/failed/abandoned）——summary 五件事：打穿没有/完成几关/止步第几关/钥石合计/主种子（+additive keystone_drops）
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# ---- 转发族（签名与 LevelRunner 同款——呈现层对接透明；S6 经 _forward_* 方法）----
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signal node_entered(node: Dictionary, info: Dictionary)
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signal choices_presented(candidates: Array)
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signal step_row(row: Dictionary)
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signal round_started(round_index: int)
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signal board_changed()
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signal wallet_changed(event: String, gp: int, extra: Dictionary)
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var db: ConfigDb
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var rng: RngServiceCore
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enum State { IDLE, RUNNING, SETTLING } # 会话状态机（内部 enum，外部 String 契约经 getter 词表）
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var _state: State = State.IDLE
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var state: String: # 外部契约面（只读——外部零写点实证；词表 "idle"/"running"/"settling"）
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get:
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return State.keys()[_state].to_lower()
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var ledger := {"hero_hp": 0, "gp": 0} # 冒险账本（生命 + GP 钱包——经 start_level_external 注入 runner 共享）
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var run_ledger := RunLedger.new() # 共享四本账（attune_charges/vision_counter/adventure_counters/bonus 单类持账）
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var purchased := {} # product_id → 已购档数（跨关延续、冒险收束清零——递增定价输入）
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var level_index := 0 # 当前关卡序号（1 起）
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var levels_total := 0 # 序列总关数（读 level 表行数）
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var keystone := 0 # 钥石入账累计（摘要第三件事的账面）
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var master_seed := 0 # 本局主种子（摘要第五件事）
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# 两根类型轴冒险开始快照（契约 8：营地选中态经参数面注入、冒险开始后锁死；
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# 公有=参数面快照的可断言面〔契约 9 写口唯一，本字段只读不改〕。空串=未注入→消费面回退锻造配置默认值）
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var hero_attack_type := ""
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var hero_armor_type := ""
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var summary := {} # 最近一次结算的冒险摘要（idle 后保留——重开才新生成）
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var _runner: LevelRunner # 当前关卡行进器（每关新建——关卡域状态天然隔离）
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var _pending_next_level := false # 大奖励已兑付、等 continue_to_next_level 确认
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var _last_level_payload := {} # 最近一次关卡结束载荷（失败结算的败退节点明细来源——数值验证取数面）
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var _override := [0, 0] # 调试浮窗百分比通道 [atk_pct, hp_pct]（每关新 runner 都要应用）
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var _base_override := {"atk": 0, "max_hp": 0, "armor_class": 0}
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# 永久强化 flat 注入（冒险开始参数面 params.hero_override 存入，共享给 LevelRunner；全零 = 白板）
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var _last_treasure_cleared := 0 # additive（最近一次关卡末清空计数，summary 取数面）
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var _treasure_unlocked := {} # aux 解锁门控集（params.treasure_unlocked 接收面）
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var _attunement: Array[Variant] = [] # 同调装配集（params.attunement 接收面，start_level 外下传 LevelRunner）
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var _attune_refresh_x := 0 # 刷新件余量（每碰三选一重置=X 表值；优先消耗、不结转）
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var _attune_refresh_y := 0 # Y 冒险周期池（开局参数面注入，用完即无——营地升级行表值）
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var _curio_paid_refreshes := 0 # 本次停点已付费刷新次数（对齐商店 MC-1——GP 刷新价曲线输入，随停点创建清零=与商店进店清零同构）
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# ---- 凭证件三本账（奇物.md 凭证件表 5 件；F-1 刷新写错账修复承载面）----
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var _refresh_stock := 0 # 刷新存量账（冒险级——刷新券加仓；**不经 _attune_refresh_x**：X 每停点重置会吞存量=写错账缺陷 F-1）
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var _pending_rap := 0 # 储备金袋待注入（节点级——下一战 RAP +N，战首注入后清零）
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var _time_sand_queue := 0 # 时沙待注入（回合级——下一战首轮 AP +N，战首入队后清零）
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var _save_manager = null # 断点承载注入（null = 不写断点；模拟/冒烟缺省）
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var _resume_bp := {} # 续玩快照暂存（resume_adventure → _start_current_level 单跳传递）
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# ---- 三选一停点态 ----
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var _curio: CurioDeck = null # 令牌池件（_init 建；多重集/抽签/cap/凭证判定唯一宿主）
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var _curio_taken: Dictionary[Variant, Variant]: # 件获取次数计数（kind 维度派生账本——断点附随件与摘要读数承载）
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get: return _curio.taken
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set(v): _curio.taken = v
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var _curio_deck: Array[Variant]: # 令牌池（TP0 v2.2——持久多重集，元素 {"kind","tier"}；商店货架同库共账）
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get: return _curio.deck
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set(v): _curio.deck = v
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var _feats: Array[String] = [] # 特性持有集（局内随机渠道获得、冒险级跨关携带、收束清零；🔴 层级纪律承载面：不入同调位不入局外树）
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var _tree_rules: Array[Variant] = [] # 树 rule 键集（Fork 激活侧 effects 透传；下传 enc.tree_rules 消费面）
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var _curio_pending := {} # 停点态：{"candidates": Array, "payload": Dictionary, "chosen"/"incoming": 替换在途}——空 = 无停点
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var _curio_result := {} # 已兑付待推进态（curio_resolved 载荷副本——中断续玩不重兑付）
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var _keystone_drops: Array[Variant] = [] # Boss 逐杀掉落明细（additive 摘要键 keystone_drops——结算明细/复盘归因数据源）
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var _node_curio_pending := {} # 奖励节点三选一停点态（共享池；断点不载：续玩重建到选路停点重走，恢复的计数器保证同候选重抽）
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var _feat_ticket_pity: int: # 专长凭证保底计数（T5——展示次数：节点开面/货架抽签/刷新重展各计一次；触发清零）
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get: return _curio.ticket_pity
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set(v): _curio.ticket_pity = v
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var _feat_ticket_sold: int: # 专长凭证限购计数（T5——选中/买下即 +1；拿到即开不进持有集）
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get: return _curio.ticket_sold
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set(v): _curio.ticket_sold = v
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var _shop_mode := "legacy" # 商店模式（"legacy"=固定三件加定价〔off 对照承载，缺省零扰动〕/"pool"=共享池抽 3 买 1 重抽；真实入口 main.gd 显式投 pool）
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func _init(db_ref: ConfigDb, rng_ref: RngServiceCore) -> void:
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db = db_ref
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rng = rng_ref
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_curio = CurioDeck.new(db, rng)
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_curio.bind_handlers(_apply_curio_pick, _redeem_feat_ticket)
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# ---- 冒险生命周期 ----
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# 冒险开始（主种子注入恰一次——全冒险唯一 rng.new_adventure 调用点；重开 = 全新一轮：
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# 账本/加算区/已购档/钥石/摘要全重置，生命置满基础上限，从第 1 关起步）。
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# params.hero_override = 永久强化 flat 注入（元进度实现批——缺省 {} = 全零白板，与 B1 空参数路径逐位一致；
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# -1/缺键 = 表值兜底口径，规范化为 0 flat）
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func start_adventure(seed_val: int, params: Dictionary = {}) -> bool:
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if state != "idle":
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push_error("[冒险结构] start_adventure 拒绝——state=%s（重开须待上一局结算完毕）" % state)
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return false
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master_seed = seed_val
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rng.new_adventure(seed_val)
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ledger = {"hero_hp": 0, "gp": 0}
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run_ledger.bonus = {"atk": 0, "max_hp": 0, "armor_class": 0, "ap": 0}
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purchased = {}
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keystone = 0
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summary = {}
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_reset_curio_state()
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levels_total = db.level_count() # 表访问收口（关数读 level 表行数）
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level_index = 1
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_pending_next_level = false
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_base_override = _normalize_override(params.get("hero_override", {}))
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hero_attack_type = String(params.get("attack_type", "")) # 两根类型轴快照（契约 8 锁死：开局后不随存档选中变化）
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hero_armor_type = String(params.get("armor_type", ""))
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_shop_mode = "pool" if String(params.get("shop_mode", "legacy")) == "pool" else "legacy" # 缺省 legacy（off 对照零扰动）
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_treasure_unlocked = params.get("treasure_unlocked", {}) if params.get("treasure_unlocked", {}) is Dictionary else {}
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_attunement = params.get("attunement", []) if params.get("attunement", []) is Array else [] # additive
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_attune_refresh_y = maxi(0, int(params.get("attune_refresh_y", 0))) # additive（Y 冒险周期池）
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_seed_attune_charges() # 冒险开始充能账本按装备主动件重置（每冒险充能语义）
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run_ledger.vision_counter = {"used": 0} # 真视使用计数冒险开始归零（跨局累计归生涯档）
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# 刷新练习开局注入（refresh_stock_grant 装配即得一次性加仓：
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# 装配集 kind 分发扫描；只入存量账 _refresh_stock、临时账不动=V8 契约；resume 不重注入〔存量随断点已在〕）
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for iid_v2 in _attunement:
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var rp_row: Dictionary[Variant, Variant] = db.treasure_item_row(String(iid_v2))
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if (rp_row.get("effect_kinds", []) as Array).has("refresh_stock_grant"):
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_refresh_stock += int(rp_row.get("magnitude", 0))
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# 特性开局注入（MC 成型画像载体：params.relics_seed 非空=开局持有集〔七流派
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# 各 2 件档一成型——测量面专用；真实局规则改写型特性只走局内随机渠道，红线②层级纪律不破〕）
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var feat_seed: Array[Variant] = params.get("relics_seed", []) if params.get("relics_seed", []) is Array else []
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_tree_rules = params.get("tree_rules", []) if params.get("tree_rules", []) is Array else [] # A/B 面 rule 键集
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if not feat_seed.is_empty():
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_feats = []
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for r in feat_seed:
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_feats.append(String(r))
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ledger["hero_hp"] = effective_max_hp() # 生命账本置满（生效上限口径：含调试浮窗 pct，与战斗内同源）
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_state = State.RUNNING
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return _start_current_level()
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# 注入参数规范化：三字段缺键/-1 = 表值兜底（→ 0 flat）；负值一律 clamp 0（白板 = 全零合法态）
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func _normalize_override(raw: Dictionary) -> Dictionary:
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var out := {"atk": 0, "max_hp": 0, "armor_class": 0}
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for k in out.keys():
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out[k] = maxi(0, int(raw.get(k, 0)))
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return out
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# 断点续玩（「继续上局」入口；bp = save.breakpoint_snapshot() 快照，params 同 start_adventure
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# 的注入参数面）：账面（生命/GP/加算区/已购档/钥石累计）逐字段回填 + rng.restore_adventure 回填
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# 「主种子+计数器」→ _start_current_level 续玩路径（模板随快照强制、重建到停点节点，零重抽）。
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# 快照缺字段按防御默认（空快照拒绝——调用方先 has_breakpoint）。
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func resume_adventure(bp: Dictionary, params: Dictionary = {}) -> bool:
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if state != "idle":
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push_error("[冒险结构] resume_adventure 拒绝——state=%s（非 idle 不可续玩）" % state)
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return false
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if bp.is_empty():
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push_error("[冒险结构] resume_adventure 拒绝——空断点快照")
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return false
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if int(bp.get("graph_gen_v2", 0)) != 1:
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# 旧代差断点（模板池时代的 node_id 与生成图句柄空间可碰撞错位）——显式拒绝，
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# 禁按新语义静默回放；旧模板图已随模板池退役，无迁移动作可做（凭空捏图＝兜底图红线）。
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push_error("[冒险结构] resume_adventure 拒绝——断点缺生成图代差标记（graph_gen_v2），属换代前旧断点")
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return false
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master_seed = int(bp.get("master_seed", 0))
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rng.restore_adventure(master_seed, int(bp.get("rng_counter", 0)))
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_resume_ledger(bp)
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_resume_curio_state(bp)
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_resume_params(bp, params)
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_resume_counters(bp)
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var bp_pending: Dictionary[Variant, Variant] = bp.get("bonus_pending", {}) as Dictionary
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var bp_result: Dictionary[Variant, Variant] = bp.get("bonus_result", {}) as Dictionary
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if not bp_pending.is_empty():
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_resume_pending(bp_pending)
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return true
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if not bp_result.is_empty():
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_pending_next_level = true
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_curio_result = bp_result.duplicate(true)
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_state = State.RUNNING
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curio_resolved.emit(_curio_result.duplicate(true))
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return true
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_resume_bp = bp.duplicate(true)
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# 充能账本随断点回局（缺键 = 旧档/无断点，保持 _seed_attune_charges 种子态）
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var bp_charges = _bp_read("attunement_charges", bp)
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if bp_charges is Dictionary:
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run_ledger.attune_charges = (bp_charges as Dictionary).duplicate(true)
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_state = State.RUNNING
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return _start_current_level()
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# 续玩账面回填（账本/加算区/已购档/钥石/关序——段序与原读侧一致；bonus 子键 clamp 类夹 ≥0）
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func _resume_ledger(bp: Dictionary) -> void:
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ledger = {"hero_hp": int(bp.get("hero_hp", 0)), "gp": int(bp.get("gp", 0))}
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var bp_bonus: Dictionary[Variant, Variant] = bp.get("bonus", {}) as Dictionary
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run_ledger.bonus = {"atk": maxi(0, int(bp_bonus.get("atk", 0))),
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"max_hp": maxi(0, int(bp_bonus.get("max_hp", 0))),
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"armor_class": maxi(0, int(bp_bonus.get("armor_class", 0))),
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"ap": maxi(0, int(bp_bonus.get("ap", 0)))}
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purchased = (bp.get("shop_purchased", {}) as Dictionary).duplicate(true)
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keystone = int(bp.get("keystone", 0))
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summary = {}
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levels_total = db.level_count() # 表访问收口（关数读 level 表行数）
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level_index = int(bp.get("level_index", 1))
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_pending_next_level = false
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# 续玩三选一态回填（池与件计数归件、停点态归本类；dual_merge/keep_on_null 策略见 BREAKPOINT_FIELDS）
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func _resume_curio_state(bp: Dictionary) -> void:
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_reset_curio_state()
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var bp_taken: Dictionary[Variant, Variant] = bp.get("bonus_taken", {}) as Dictionary
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for id in _curio_taken.keys():
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_curio_taken[id] = maxi(0, int(bp_taken.get(id, 0)))
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for id in bp_taken.keys():
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_curio_taken[String(id)] = maxi(0, int(bp_taken.get(id, 0))) # 身份维键（relic:<feat_id>）随快照还原
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# 令牌池余库还原（TP0 v2.2——快照缺键 = 旧版断点，保持满库重建态：旧档只读一版周期的防御口径；
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# relic 令牌 feat_id 随还原）
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var bp_deck = _bp_read("bonus_deck", bp)
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if bp_deck is Array:
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var restored: Array[Variant] = []
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for t in (bp_deck as Array):
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var tok: Dictionary[Variant, Variant] = t as Dictionary
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var rtok := {"kind": String(tok.get("kind", "")), "tier": String(tok.get("tier", ""))}
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if String(rtok["kind"]) == "relic":
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rtok["feat_id"] = String(tok.get("feat_id", "")) # relic 令牌 feat_id 随还原
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restored.append(rtok)
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_curio_deck = restored
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# 特性持有集还原（缺键 = 旧版断点防御空集）
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_feats = []
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for r in (bp.get("relics", []) as Array):
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_feats.append(String(r))
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_keystone_drops = (bp.get("keystone_drops", []) as Array).duplicate(true)
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# 续玩参数面回填（同 start_adventure 参数面；生命账本越界钳制在此落——clamp 类）
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func _resume_params(bp: Dictionary, params: Dictionary) -> void:
|
||
_base_override = _normalize_override(params.get("hero_override", {}))
|
||
hero_attack_type = String(params.get("attack_type", "")) # 续玩参数面同 start_adventure（账号层选中态随 resume 重注入）
|
||
hero_armor_type = String(params.get("armor_type", ""))
|
||
# 生命账本越界钳制（T17——spawn 守卫 EC16 免疫）：断点可能带出高于生效上限的账本值
|
||
# （如调试浮窗调高期写出的值，实例：hero_hp=28 > 基础 26）——恢复后钳到生效上限，
|
||
# 否则首战 spawn「hero_hp 入参越界」拒收 → 「敌人系统 spawn 被拒」fatal。上限 = 表值+永久
|
||
# 强化 flat+加算区 flat 后乘调试浮窗 pct（effective_max_hp 同式——此刻加算区尚未恢复，
|
||
# 钳制用 flat 已含的保守口径即可，加算区恢复后其余战斗照常）。
|
||
ledger["hero_hp"] = mini(int(ledger.get("hero_hp", 0)), maxi(1,
|
||
int(round(float(int(db.hero.max_hp) + int(_base_override.get("max_hp", 0))) * (100.0 + float(_override[1])) / 100.0))))
|
||
_shop_mode = "pool" if String(params.get("shop_mode", "legacy")) == "pool" else "legacy" # 续玩参数面同 start_adventure（缺省 legacy）
|
||
_treasure_unlocked = params.get("treasure_unlocked", {}) if params.get("treasure_unlocked", {}) is Dictionary else {}
|
||
_attunement = params.get("attunement", []) if params.get("attunement", []) is Array else [] # additive
|
||
# Y 余量优先读断点（花掉不回血=堵「用完退菜单再续玩满血复活」可利用漏洞）；缺键=旧版断点，
|
||
# 回退参数面整额注入（旧档行为零变化）——params_fallback 类
|
||
_attune_refresh_y = _bp_read_int("attune_refresh_y", bp, 0, params)
|
||
_seed_attune_charges() # 冒险开始充能账本按装备主动件重置（每冒险充能语义）
|
||
_tree_rules = params.get("tree_rules", []) if params.get("tree_rules", []) is Array else [] # A/B 面 rule 键集（续玩参数面同 start_adventure 同式，消费面 set_tree_rules 下传）
|
||
|
||
|
||
# 续玩计数器回填（凭证计数/冒险域计数/刷新存量/真视计数）
|
||
func _resume_counters(bp: Dictionary) -> void:
|
||
_feat_ticket_pity = int(bp.get("feat_ticket_pity", 0)) # T5 扩列——旧档缺键缺省 0（存档兼容）
|
||
_feat_ticket_sold = int(bp.get("feat_ticket_sold", 0))
|
||
# adventure 域计数器回填（缺键 = 旧版断点防御空集；_reset_curio_state 已清零在先）
|
||
var bp_counters = _bp_read("adventure_counters", bp)
|
||
if bp_counters is Dictionary:
|
||
run_ledger.adventure_counters = (bp_counters as Dictionary).duplicate(true)
|
||
_refresh_stock = _bp_read_int("refresh_stock", bp, 0) # 旧档缺键缺省 0（clamp 类）
|
||
run_ledger.vision_counter = {"used": _bp_read_int("vision_counter_used", bp, 0)} # 真视计数随断点回填（clamp 类）
|
||
|
||
|
||
# 续玩选择停点回填（token_migration 类：旧版断点候选为 kind 字符串，按普通档令牌防御归一）
|
||
func _resume_pending(bp_pending: Dictionary) -> void:
|
||
_pending_next_level = true
|
||
var migrated: Array[Variant] = []
|
||
for c in (bp_pending.get("candidates", []) as Array):
|
||
if c is Dictionary:
|
||
# T4——feat_id 随迁移（关卡完成渠道候选=纯专长令牌，身份键 relic|tier|feat_id 三段全要）
|
||
var mig := {"kind": String((c as Dictionary).get("kind", "")), "tier": String((c as Dictionary).get("tier", ""))}
|
||
if String(mig["kind"]) == "relic":
|
||
mig["feat_id"] = String((c as Dictionary).get("feat_id", ""))
|
||
migrated.append(mig)
|
||
else:
|
||
migrated.append({"kind": String(c), "tier": db.adventure.TIER_COMMON})
|
||
_curio_pending = {"candidates": migrated}
|
||
var payload: Dictionary[Variant, Variant] = (bp_pending.get("payload", {}) as Dictionary).duplicate(true)
|
||
_state = State.RUNNING
|
||
curio_choice_presented.emit(payload)
|
||
|
||
|
||
func _reset_curio_state() -> void:
|
||
_curio.reset() # 池与件获取计数（池半归件；停点态归本类下行清理）
|
||
_feats = []
|
||
_curio_pending = {}
|
||
_curio_result = {}
|
||
_keystone_drops = []
|
||
_node_curio_pending = {}
|
||
run_ledger.adventure_counters = {}
|
||
_refresh_stock = 0
|
||
_pending_rap = 0
|
||
_time_sand_queue = 0
|
||
|
||
|
||
# 调试浮窗百分比通道（测试工具覆盖——每关新 runner 都要应用；正式侧归元进度）
|
||
func set_hero_override(atk_pct: int, hp_pct: int) -> void:
|
||
_override = [atk_pct, hp_pct]
|
||
if _runner != null:
|
||
_runner.set_hero_override(atk_pct, hp_pct)
|
||
|
||
|
||
# 冒险账本侧生效上限（账本置满/回血封顶与战斗内上限同式同源）：
|
||
# （表值 + 永久强化 flat + 加算区 flat）后乘调试浮窗百分比——叠加次序与 LevelRunner.effective_max_hp
|
||
# 逐字一致。pct=0（模拟/冒烟默认）时乘法恒等——MC 锚零漂移。
|
||
func effective_max_hp() -> int:
|
||
var base: int = int(db.hero.max_hp) + int(_base_override.get("max_hp", 0)) + int(run_ledger.bonus.get("max_hp", 0))
|
||
return maxi(1, int(round(float(base) * (100.0 + float(_override[1])) / 100.0)))
|
||
|
||
|
||
# 断点承载注入（组合根冒险开始时调用；模拟/冒烟不注入 = 断点面整体静默）
|
||
func set_save_manager(sm: SaveManagerCore) -> void:
|
||
_save_manager = sm
|
||
|
||
|
||
# 当前关卡行进器读面（呈现层/冒烟用——每关新建实例，调用方须在 level_started 后重取）
|
||
func runner() -> LevelRunner:
|
||
return _runner
|
||
|
||
|
||
# 接口③治疗封顶回报执行体（恢复点节点兑付——按比例回血并封顶）。算术宿主 = LevelRunner.rest_heal
|
||
#（与 LevelRunner.rest_heal_amount 同一单点）
|
||
func apply_rest(pct: int, hp: int, max_hp: int) -> int:
|
||
return LevelRunner.rest_heal(pct, hp, max_hp)
|
||
|
||
|
||
# 大奖励确认 → 进下一关（仅兑付后受理——零自动推进的冒险级停点；三选一未兑付拒绝推进）
|
||
func continue_to_next_level() -> bool:
|
||
if not _pending_next_level:
|
||
push_error("[冒险结构] continue_to_next_level 拒绝——无待确认的关卡推进")
|
||
return false
|
||
if not _curio_pending.is_empty():
|
||
push_error("[冒险结构] continue_to_next_level 拒绝——三选一停点未兑付（零自动推进契约）")
|
||
return false
|
||
_pending_next_level = false
|
||
_curio_result = {}
|
||
level_index += 1
|
||
return _start_current_level()
|
||
|
||
|
||
# 停点空候选消化（池空=三选一环节整体跳过：候选 0 件时停点视同已处理，
|
||
# 呈现层跳开选择面直接走后续推进。仅空候选合法；非空停点拒绝——零自动推进契约不破，正常
|
||
# 消化仍只走 pick_curio/apply_node_curio 兑付。触发源=渠道白名单过滤后池空（关卡 Boss 击破＝关卡完成
|
||
# 渠道只出专长，专长零配置/旧档 deck 无 relic 余库即空集）。）
|
||
func skip_empty_curio() -> bool:
|
||
if _curio_pending.is_empty():
|
||
return false
|
||
if not (_curio_pending.get("candidates", []) as Array).is_empty():
|
||
return false
|
||
_curio_pending = {}
|
||
return true
|
||
|
||
|
||
# ---- 提升三选一（选择停点零自动推进、重复兑付被拒；兑付恰一件、未选项零生效）----
|
||
|
||
# 候选令牌匹配（身份键恒等——属性加成型特性 kind+tier、规则改写型特性 feat_id）
|
||
func _find_token(candidates: Array, kind: String, tier: String, feat_id: String = "") -> Dictionary:
|
||
return _curio.find_token(candidates, kind, tier, feat_id)
|
||
|
||
|
||
# 玩家点选兑付（呈现层/冒烟/自动模拟确认入口）：令牌 ∈ 停点候选（身份键精确匹配——relic 件
|
||
# 另须 feat_id）。属性件写加算区、AP 件写第四轴、GP 件走钱包「奖励入账」入口、恢复件当即回血、
|
||
# relic 件入特性持有集（🔴 层级纪律：只走局内随机渠道）、道具件受同调位约束。
|
||
# 消费=选中令牌踢池（未选回池由「抽签不摘牌、兑付才摘牌」语义承载——TP0 v2.2）。
|
||
func pick_curio(kind: String, tier: String = "", feat_id: String = "") -> bool:
|
||
if state != "running" or _curio_pending.is_empty():
|
||
push_error("[冒险结构] pick_curio 拒绝——无待选停点（state=%s）" % state)
|
||
return false
|
||
var candidates: Array[Variant] = _curio_pending.get("candidates", []) as Array
|
||
if _find_token(candidates, kind, tier, feat_id).is_empty():
|
||
push_error("[冒险结构] pick_curio 拒绝——令牌不在候选: %s|%s|%s" % [kind, tier, feat_id])
|
||
return false
|
||
if kind == "feat_ticket":
|
||
return _redeem_feat_ticket() # T5 拿到即开——停点候选替换为专长三选一（零摘牌/不进持有集）
|
||
var value: int = int(db.adventure.curio_value(kind, tier))
|
||
var hp_before := int(ledger.get("hero_hp", 0))
|
||
if not _apply_curio_pick(kind, tier, value, feat_id):
|
||
push_error("[冒险结构] pick_curio 拒绝——未知件: %s|%s|%s" % [kind, tier, feat_id])
|
||
return false
|
||
_finish_curio_pick(kind, value, hp_before, tier, feat_id)
|
||
return true
|
||
|
||
|
||
# 兑付载荷 relic 伴随键（反馈行取数面；非 relic 件零新增键）
|
||
func _feat_payload_keys(feat_id: String) -> Dictionary:
|
||
if feat_id == "":
|
||
return {}
|
||
var row: Dictionary[Variant, Variant] = db.feat_row(feat_id)
|
||
return {"feat_id": feat_id, "feat_name": String(row.get("display_name", "")), "feat_archetype": String(row.get("archetype", ""))}
|
||
|
||
|
||
# 三选一件兑付共享体（TP0——令牌消费、摘牌单点，含 relic 分支）：
|
||
# 属性件写加算区 + 件获取计数、AP 件写第四轴、GP 件走钱包、恢复件当即回血（封顶生效上限——
|
||
# 与账本置满/关卡完成回血同式 effective_max_hp）、relic 件入持有集（散件单体保底——效果接线面
|
||
# 按挂点消费，档位质变由 FeatsEngine 求值）。兑付即从 _curio_deck 摘除该令牌（选中踢池；
|
||
# 未选候选从未摘牌=自动回池）。道具件不入此体——未知件返回 false 由调用方按渠道名报错。
|
||
func _apply_curio_pick(kind: String, tier: String, value: int, feat_id: String = "") -> bool:
|
||
if kind == "relic" and db.feat_row(feat_id).is_empty():
|
||
push_error("[冒险结构] relic 兑付失败——表无此件: %s" % feat_id)
|
||
return false # 先校验后摘牌（令牌零丢失）
|
||
if not _consume_deck_token(kind, tier, feat_id):
|
||
push_error("[冒险结构] 令牌消费失败——牌库无此令牌: %s|%s|%s" % [kind, tier, feat_id])
|
||
return false
|
||
if kind == "refresh":
|
||
_refresh_stock += value # T4 F-1——刷新券入刷新存量账（冒险级；**不写 _attune_refresh_x**：X 每停点 _reset_refresh_x 重置会吞存量；摘牌先于落账=选中即消尽）
|
||
_curio_taken["refresh"] = int(_curio_taken.get("refresh", 0)) + 1
|
||
return true
|
||
if kind == "rap":
|
||
_pending_rap += value # T4——储备金袋：下一战 RAP +N（节点级，战首注入后清零）
|
||
_curio_taken["rap"] = int(_curio_taken.get("rap", 0)) + 1
|
||
return true
|
||
if kind == "time_sand":
|
||
_time_sand_queue += value # T4——时沙：下一战首轮 AP +N（回合级池增量，不改上限）
|
||
_curio_taken["time_sand"] = int(_curio_taken.get("time_sand", 0)) + 1
|
||
return true
|
||
if kind == "relic":
|
||
if not _feats.has(feat_id):
|
||
_feats.append(feat_id)
|
||
_curio_taken["relic"] = int(_curio_taken.get("relic", 0)) + 1
|
||
_curio_taken["relic:" + feat_id] = int(_curio_taken.get("relic:" + feat_id, 0)) + 1 # 身份维已拿计数（cap 消费面）
|
||
return true
|
||
# 加算形态路由（match 收敛进效果类型：属性值提升四类走
|
||
# adventure_table.CURIO_APPLY_ROUTES 声明路由（bonus 落点键），加新加算类令牌零代码）
|
||
var sink := db.adventure.curio_apply_route(kind)
|
||
if sink != "":
|
||
run_ledger.bonus[sink] = int(run_ledger.bonus.get(sink, 0)) + value
|
||
_curio_taken[kind] = int(_curio_taken.get(kind, 0)) + 1
|
||
return true
|
||
# 通道面（副作用形态——显式分支）
|
||
match kind:
|
||
"gp":
|
||
if _runner != null:
|
||
_runner.grant_curio_gp(value)
|
||
_curio_taken["gp"] = int(_curio_taken.get("gp", 0)) + 1
|
||
"heal":
|
||
ledger["hero_hp"] = mini(int(ledger.get("hero_hp", 0)) + value, effective_max_hp())
|
||
_curio_taken["heal"] = int(_curio_taken.get("heal", 0)) + 1
|
||
_:
|
||
return false
|
||
return true
|
||
|
||
|
||
# 从牌库摘除一枚令牌（TP0——选中踢池单点；relic 按 feat_id 精确摘；找不到 = false）
|
||
func _consume_deck_token(kind: String, tier: String, feat_id: String = "") -> bool:
|
||
return _curio.consume_deck_token(kind, tier, feat_id)
|
||
|
||
|
||
# 特性持有集读面（效果接线/求值/摘要唯一取数口——副本防外部改写）
|
||
func feats_held() -> Array:
|
||
return _feats.duplicate()
|
||
|
||
|
||
# ---- 商店共享池消费面（共享池单点账本；TP0——库存=牌库剩余令牌）----
|
||
|
||
# 库存余量（池消耗即上限；奖励摘牌与商店购买同库承载，全冒险一次性）
|
||
func pool_stock(kind: String) -> int:
|
||
return _curio.pool_stock(kind)
|
||
|
||
|
||
# 商店购买消费 handler（LevelRunner.buy_pool_item 经 Callable 调用——回 _apply_curio_pick 同口）
|
||
func _consume_pool_purchase(kind: String, tier: String) -> bool:
|
||
return _curio.consume_pool_purchase(kind, tier)
|
||
|
||
|
||
# 终局池快照（_settle 清账前调用——复位会重置计数，摘要 additive 键须在此前取数）
|
||
func _pool_stock_snapshot() -> Dictionary:
|
||
return _curio.stock_snapshot()
|
||
|
||
|
||
# 兑付收口（恰一次）：清停点态 → 记已兑付态 → emit → 停点快照（等继续确认——中断续玩不重兑付）。
|
||
# picked = kind；tier 随载荷（TP0——大小档位读数面）；relic 伴随键随载荷（反馈行取数）
|
||
func _finish_curio_pick(picked: String, value: int, hp_before: int, tier: String = "", feat_id: String = "") -> void:
|
||
_curio_pending = {}
|
||
_curio_result = {
|
||
"picked": picked,
|
||
"tier": tier,
|
||
"value": value,
|
||
"hp_before": hp_before,
|
||
"hp_after": int(ledger.get("hero_hp", 0)),
|
||
"level_index": level_index,
|
||
}
|
||
_curio_result.merge(_feat_payload_keys(feat_id))
|
||
curio_resolved.emit(_curio_result.duplicate(true))
|
||
_snapshot_breakpoint()
|
||
|
||
|
||
# ---- 奖励节点三选一（与关卡完成三选一共享同池同权重同次数上限）----
|
||
|
||
# 候选呈现（节点到达时调用——恰一 reward_pick scope 洗牌 + 道具件掷定 scope；本停点断点不载，
|
||
# 续玩重建到选路停点后重走重抽，恢复的全局计数器保证同候选逐位复现）。
|
||
func node_curio_candidates() -> Dictionary:
|
||
var cands: Array[Variant] = _draw_curio_candidates("reward_node")
|
||
return {"candidates": cands}
|
||
|
||
|
||
func present_node_curio(candidates: Array) -> void:
|
||
_reset_refresh_x() # 碰三选一重置 X 余量（不结转）
|
||
_curio_paid_refreshes = 0 # 付费刷计数随停点清零（对齐商店进店清零）
|
||
_node_curio_pending = {"candidates": candidates.duplicate(true)}
|
||
|
||
|
||
# 点选兑付（节点域——无部分回血无钥石；令牌消费与牌库摘牌与关卡完成三选一同库；relic 同权入持有集）
|
||
func apply_node_curio(kind: String, tier: String = "", feat_id: String = "") -> bool:
|
||
if kind == "feat_ticket":
|
||
return _redeem_feat_ticket() # T5 拿到即开——节点停点候选替换为专长三选一（呈现层本地重绘）
|
||
if _node_curio_pending.is_empty():
|
||
push_error("[冒险结构] apply_node_curio 拒绝——无待选停点")
|
||
return false
|
||
var candidates: Array[Variant] = _node_curio_pending.get("candidates", []) as Array
|
||
if _find_token(candidates, kind, tier, feat_id).is_empty():
|
||
push_error("[冒险结构] apply_node_curio 拒绝——令牌不在候选: %s|%s|%s" % [kind, tier, feat_id])
|
||
return false
|
||
var value: int = int(db.adventure.curio_value(kind, tier))
|
||
if not _apply_curio_pick(kind, tier, value, feat_id):
|
||
push_error("[冒险结构] apply_node_curio 拒绝——未知件: %s|%s|%s" % [kind, tier, feat_id])
|
||
return false
|
||
_finish_node_bonus(kind, value, tier, feat_id)
|
||
return true
|
||
|
||
|
||
# 冒险开始充能账本重置（T6——装备 active_charged 件各回 charges_per_adventure；被动件不入账）
|
||
func _seed_attune_charges() -> void:
|
||
run_ledger.attune_charges = {}
|
||
for iid in _attunement:
|
||
var arow: Dictionary[Variant, Variant] = db.treasure_item_row(String(iid))
|
||
if String(arow.get("form", "")) == "active_charged":
|
||
run_ledger.attune_charges[String(iid)] = maxi(0, int(arow.get("charges_per_adventure", 0)))
|
||
|
||
|
||
# ---- 三选一刷新（X/Y 双源：X=刷新件每碰三选一重给〔优先消耗、不结转〕、
|
||
# Y=营地升级行冒险周期池〔用完即无〕；重抽消费 reward_pick 既有洗牌流，池规则全保留——不放回/
|
||
# 达上限剔牌/掷定前置直显；停点可中断）----
|
||
|
||
func _attune_refresh_x_total() -> int:
|
||
# kind 分发查询（装配集内 effect_kinds 含 bonus_refresh
|
||
# 的行 magnitude 合计；刷新件类加件零 id 分支）
|
||
var total := 0
|
||
for iid_v in _attunement:
|
||
var arow: Dictionary[Variant, Variant] = db.treasure_item_row(String(iid_v))
|
||
if (arow.get("effect_kinds", []) as Array).has("bonus_refresh"):
|
||
total += int(arow.get("magnitude", 0))
|
||
return total
|
||
|
||
|
||
func _reset_refresh_x() -> void:
|
||
_attune_refresh_x = _attune_refresh_x_total()
|
||
|
||
|
||
# 当前可刷新次数（X 优先 + Y 池 + 刷新存量账——呈现层余量读数口）
|
||
func attune_refresh_left() -> int:
|
||
return _attune_refresh_x + _attune_refresh_y + _refresh_stock
|
||
|
||
|
||
# 刷新存量账读数（T4——刷新券加仓余量单独读面；呈现层与断点消费）
|
||
func refresh_stock() -> int:
|
||
return _refresh_stock
|
||
|
||
|
||
# 节点停点在途态读回（组合根重 present 用——candidates 值拷贝）
|
||
func node_curio_pending_state() -> Dictionary:
|
||
return {
|
||
"candidates": (_node_curio_pending.get("candidates", []) as Array).duplicate(true),
|
||
}
|
||
|
||
|
||
# 三选一刷新（免费位 X/Y——组合根唯一调用口；无停点/无余量 false 零副作用）。关卡完成停点重抽后重发
|
||
# curio_choice_presented（呈现层重建卡片+刷新余量）；节点停点由组合根读 node_curio_pending_state 重 present。
|
||
func refresh_curio() -> bool:
|
||
return _refresh_curio_common(false)
|
||
|
||
|
||
# 三选一 GP 付费刷新（对齐商店 MC-1——免费位 X/Y 用尽后转付费，同旋钮同曲线同钱包；
|
||
# 组合根先经 curio_stop_pending+钱包支出再调，本口只做计数与重抽）。池规则全保留——不放回/达上限剔牌/掷定前置直显。
|
||
func refresh_curio_paid() -> bool:
|
||
return _refresh_curio_common(true)
|
||
|
||
|
||
# 本次 GP 付费刷新价（与商店货架刷新同源：ceil(基价 × 曲线^本次停点已付费刷)——读同两个调参旋钮，单点调参）
|
||
func curio_refresh_gp_cost() -> int:
|
||
return int(ceil(float(db.adventure.shop_refresh_cost_base)
|
||
* pow(db.adventure.shop_refresh_cost_curve, float(_curio_paid_refreshes))))
|
||
|
||
|
||
# 三选一停点在途谓词（付费路径扣费前置校验——无停点禁扣钱，防空转烧钱包）
|
||
func curio_stop_pending() -> bool:
|
||
return not _curio_pending.is_empty() or not _node_curio_pending.is_empty()
|
||
|
||
|
||
func _refresh_curio_common(paid: bool) -> bool:
|
||
if not curio_stop_pending():
|
||
return false
|
||
if paid:
|
||
_curio_paid_refreshes += 1
|
||
else:
|
||
# 免费位消耗序：X（刷新件每停点重给，优先消耗）→ Y（营地冒险周期池）→ 存量账（刷新券加仓，
|
||
# 跨停点持久）
|
||
if _attune_refresh_x <= 0 and _attune_refresh_y <= 0 and _refresh_stock <= 0:
|
||
return false
|
||
if _attune_refresh_x > 0:
|
||
_attune_refresh_x -= 1
|
||
elif _attune_refresh_y > 0:
|
||
_attune_refresh_y -= 1
|
||
else:
|
||
_refresh_stock -= 1
|
||
if not _curio_pending.is_empty():
|
||
var cands: Array[Variant] = _draw_curio_candidates("level_clear")
|
||
_curio_pending["candidates"] = cands.duplicate(true)
|
||
var payload: Dictionary[Variant, Variant] = (_curio_pending.get("payload", {}) as Dictionary).duplicate(true)
|
||
payload["candidates"] = cands
|
||
payload["refreshed"] = true # 重发载荷带标——呈现层直落选择面，不再重开胜利总结面
|
||
curio_choice_presented.emit(payload) # 同信号重 present（零自动推进契约不破——停点仍在途）
|
||
_snapshot_breakpoint()
|
||
return true
|
||
if not _node_curio_pending.is_empty():
|
||
var cands2: Array[Variant] = _draw_curio_candidates("reward_node")
|
||
_node_curio_pending["candidates"] = cands2.duplicate(true)
|
||
return true
|
||
return false
|
||
|
||
|
||
func _finish_node_bonus(picked: String, value: int, tier: String = "", feat_id: String = "") -> void:
|
||
_node_curio_pending = {}
|
||
var payload := {
|
||
"context": "reward_node",
|
||
"picked": picked,
|
||
"tier": tier,
|
||
"value": value,
|
||
"level_index": level_index,
|
||
}
|
||
payload.merge(_feat_payload_keys(feat_id))
|
||
curio_resolved.emit(payload)
|
||
|
||
|
||
# 三选一候选抽签（实装归 CurioDeck 件；消费 reward_pick 封闭流——一次停点恰一 scope）
|
||
func _draw_curio_candidates(channel: String = "reward_node") -> Array:
|
||
return _curio.draw_candidates(channel)
|
||
|
||
|
||
# 已拿上限判定（身份维度；缺省放行=白名单外 kind 兜底）
|
||
func _curio_cap_ok(kind: String, feat_id: String = "") -> bool:
|
||
return _curio.cap_ok(kind, feat_id)
|
||
|
||
|
||
# —— 专长获取专长凭证四口径判定（实装归 CurioDeck 件：调用即一次展示判定与记账）——
|
||
func _feat_ticket_consider(rg: RandomNumberGenerator) -> bool:
|
||
return _curio.feat_ticket_consider(rg)
|
||
|
||
|
||
# 专长凭证兑付（拿到即开——停点候选替换为专长三选一；不进持有集/零摘牌；限购计数 +1）：
|
||
# 节点停点=本地替换（呈现层读在途态重绘）；店内无停点=临时停点 + payload.context 标记（呈现层
|
||
# 重 present 无胜利总结面，确认后只关面回店）。
|
||
func _redeem_feat_ticket() -> bool:
|
||
_feat_ticket_sold += 1
|
||
_feat_ticket_pity = 0
|
||
var cands: Array[Variant] = _draw_curio_candidates("level_clear") # 专长池（与关卡完成渠道同白名单）
|
||
if cands.is_empty():
|
||
push_error("[冒险结构] 专长凭证兑付失败——专长池空集")
|
||
_feat_ticket_sold -= 1
|
||
return false
|
||
if not _node_curio_pending.is_empty():
|
||
_node_curio_pending["candidates"] = cands.duplicate(true)
|
||
return true
|
||
var payload: Dictionary[Variant, Variant] = {"context": "feat_ticket", "candidates": cands.duplicate(true)}
|
||
_curio_pending = {"candidates": cands.duplicate(true), "payload": payload.duplicate(true)}
|
||
curio_choice_presented.emit(payload)
|
||
_snapshot_breakpoint()
|
||
return true
|
||
|
||
|
||
# Boss 钥石逐杀掉落（掉落渠道 = Boss/精英击杀；首杀/复杀两档读 meta.tres boss_keystone；
|
||
# 首杀判据 = 存档 boss_first_kill 标记位〔断点未注入 = 恒首杀——模拟/冒烟零扰动；标记仍在收束
|
||
# apply_adventure_summary 逐关卡完成关次置位〕；末关 Boss 照常入账；明细随摘要 additive 键供结算面归因）
|
||
func _boss_keystone_drop(li: int) -> void:
|
||
var first := true
|
||
if _save_manager != null:
|
||
first = not _save_manager.boss_first_kill_marked(li)
|
||
var row: Dictionary[Variant, Variant] = db.meta_boss_keystone_row(li)
|
||
var amount: int = int(row.get("first_kill", 0)) if first else int(row.get("repeat_kill", 0))
|
||
_keystone_drops.append({"level": li, "first": first, "amount": amount})
|
||
keystone += amount
|
||
|
||
|
||
# 主动放弃（仅非战斗期受理——战斗域单事务在飞；与失败同型结算，已获大奖励不追回。
|
||
# MVP 无界面入口，语义先行预留；结算受理只算一次——非 running 态拒绝）
|
||
func abandon() -> bool:
|
||
if state != "running":
|
||
push_error("[冒险结构] abandon 拒绝——state=%s（非进行中不可放弃）" % state)
|
||
return false
|
||
if _runner != null and _runner.current_battle() != null:
|
||
push_error("[冒险结构] abandon 拒绝——战斗进行中（战斗域单事务在飞）")
|
||
return false
|
||
_settle("abandoned")
|
||
return true
|
||
|
||
|
||
# ---- 关卡推进（私有——序列编排单一出口）----
|
||
|
||
func _start_current_level() -> bool:
|
||
_runner = LevelRunner.new(db, rng)
|
||
_bind_level_runner()
|
||
# 断点续玩分支：图由主种子＋参数档重生成同图（产图与计数器号位无关，停点零重抽语义随之消解），
|
||
# resume_state 带停点句柄与已到序——重建到停点后经 present_resumed_choice 呈现（信号顺序契约同入口）。
|
||
var resume_state: Dictionary[Variant, Variant] = {}
|
||
if not _resume_bp.is_empty():
|
||
resume_state = {"node_id": int(_bp_read("node_id", _resume_bp, -1)),
|
||
"visited_ids": _bp_read("visited_ids", _resume_bp, []) as Array}
|
||
# 接口①开始关卡：生命经共享账本交接（账本当前值即开局生命——冒险开始置满 / 大奖励回满已写好）；
|
||
# _base_override 共享引用随载荷传入（永久强化 flat——LevelRunner.effective_* 叠加序第二项）。
|
||
# defer_entry=true 起每关（含首关）——先 emit level_started（呈现层在
|
||
# 该回调重取 runner 实例），后入口候选呈现；顺序反了选路口会被呈现层的 runner 空防御静默丢弃。
|
||
# 呈现零 RNG 消耗、pick 走同一 _enter_node——测量面逐位零漂移。
|
||
var ok: bool = _runner.start_level_external(level_index, ledger, purchased,
|
||
apply_rest, _base_override, true, resume_state)
|
||
if ok:
|
||
_inject_level_params()
|
||
_present_level_entry(resume_state)
|
||
_resume_bp = {}
|
||
return ok
|
||
|
||
|
||
# 关卡行进器接线（每关新实例：信号转发 + 共享账下传）
|
||
func _bind_level_runner() -> void:
|
||
# 树限次计数按关清零现由 LevelRunner.level_counters 随每关 new 天然承载（旧硬编码清除名单函数已删）
|
||
# core↔core 接线只许方法 Callable（S6——lambda 捕获 self 会延长 RefCounted 生命周期乃至成环）
|
||
_runner.node_entered.connect(_forward_node_entered)
|
||
_runner.choices_presented.connect(_forward_choices_presented)
|
||
_runner.step_row.connect(_forward_step_row)
|
||
_runner.round_started.connect(_forward_round_started)
|
||
_runner.board_changed.connect(_forward_board_changed)
|
||
_runner.wallet_changed.connect(_forward_wallet_changed)
|
||
_runner.level_finished.connect(_on_level_finished)
|
||
_runner.set_hero_override(int(_override[0]), int(_override[1]))
|
||
_runner.set_run_ledger(run_ledger) # 共享四账单类下传（run_ledger=四账类，ledger=关卡账）
|
||
_runner.sync_attune_inventory() # 能力件骑库存面注入（随账下传同拍）
|
||
|
||
|
||
# 关卡参数注入（装配集/特性/rule 键/类型轴/商店池/凭证件 + level_started 广播）
|
||
func _inject_level_params() -> void:
|
||
_runner.set_attunement(_attunement) # 同调装配下传（enc 携带进战斗结算）
|
||
_runner.set_feats(_feats) # 特性持有集下传（begin_battle enc.feats 求值面）
|
||
_runner.set_tree_rules(_tree_rules) # 树 rule 键集下传（A/B 面消费）
|
||
_runner.set_hero_axes(hero_attack_type, hero_armor_type) # 两根类型轴快照下传（effective_ac 甲型基础 AC 层+enc 携带进 spawn）
|
||
if _shop_mode == "pool":
|
||
# 商店共享池注入（库存账本引用+消费 handler 双下传；legacy 模式零注入零扰动。
|
||
# cap 检查回调四参注入）
|
||
_runner.set_shop_pool(_curio_deck, _consume_pool_purchase, _feat_ticket_consider, _curio_cap_ok)
|
||
# 凭证件三账注入（节点级/回合级一次性：注入即清零，未用即过期=寿命档语义）
|
||
_runner.set_voucher_grants(_pending_rap, _time_sand_queue)
|
||
_pending_rap = 0
|
||
_time_sand_queue = 0
|
||
# 三选一道具件跨关携带注入面不存在（aux 卡不在池种内→ carry 恒空集；
|
||
# 容器字段保留=替换子交互惰性承载，零投放零行为）
|
||
level_started.emit(level_index, String(_runner.level_row.get("display_name", "")))
|
||
|
||
|
||
# 入口呈现（入口停点与中途停点两态；restore_treasure_items 先于呈现=C 区库存就位）
|
||
func _present_level_entry(resume_state: Dictionary) -> void:
|
||
if resume_state.is_empty() or int(resume_state.get("node_id", -1)) < 0:
|
||
_runner.present_entry_choice()
|
||
else:
|
||
_runner.restore_treasure_items(_bp_read("aux_items", _resume_bp, []) as Array)
|
||
_runner.present_resumed_choice()
|
||
|
||
|
||
# 接口④关卡结束（结果 + 生命终值 + 节点位置——胜负皆报；结算受理只算一次）
|
||
func _on_level_finished(payload: Dictionary) -> void:
|
||
if state != "running":
|
||
push_error("[冒险结构] 重复关卡结束宣布拒绝——state=%s（账本与摘要零变化）" % state)
|
||
return
|
||
_last_level_payload = payload.duplicate(true)
|
||
var result := String(payload.get("result", ""))
|
||
if result == "defeat":
|
||
ledger["hero_hp"] = 0 # 倒下记 0（生命账本战后回写口径）
|
||
_settle("failed")
|
||
return
|
||
if result != "victory":
|
||
push_error("[冒险结构] 关卡结束结果出域: %s" % result)
|
||
return
|
||
_last_treasure_cleared = int(payload.get("aux_cleared", 0)) # additive（末关 summary 取数面）
|
||
# Boss 钥石逐杀掉落（击杀掉落渠道，末关照常入账；首杀/复杀读 meta.tres boss_keystone）
|
||
_boss_keystone_drop(level_index)
|
||
if level_index < levels_total:
|
||
# 关卡完成兑付（非末关恰一次；三层奖励框架）：部分回血先行 → 加权洗牌掷 3 → 三选一停点
|
||
#（顺序即契约——回血按当刻账本与上限结算，选择停点零自动推进）
|
||
var hp_before := int(ledger.get("hero_hp", 0))
|
||
var max_eff := effective_max_hp() # 回血封顶口径含调试浮窗 pct（同战斗内上限）
|
||
var heal := mini(int(floor(float(max_eff) * float(int(db.adventure.clear_heal_pct)) / 100.0)), max_eff - hp_before)
|
||
ledger["hero_hp"] = hp_before + heal
|
||
# 置位先于 emit（信号同步派发——处理器内立即确认时 _pending_next_level 必须已就位）
|
||
_pending_next_level = true
|
||
_reset_refresh_x() # 碰三选一重置 X 余量（不结转）
|
||
_curio_paid_refreshes = 0 # 付费刷计数随停点清零（对齐商店进店清零）
|
||
var pick_payload: Dictionary[Variant, Variant] = {
|
||
"level_index": level_index,
|
||
"candidates": _draw_curio_candidates("level_clear"), # T4 渠道白名单——关底 Boss 击败＝关卡完成渠道只出专长
|
||
"heal_gained": heal,
|
||
"hp_before": hp_before,
|
||
"hp_after": int(ledger.get("hero_hp", 0)),
|
||
"keystone_gained": int(_keystone_drops.back().get("amount", 0)) if not _keystone_drops.is_empty() else 0,
|
||
"keystone_total": keystone,
|
||
"gp": int(ledger.get("gp", 0)),
|
||
"aux_cleared": int(payload.get("aux_cleared", 0)), # additive 扩签（关卡末清空反馈取数）
|
||
}
|
||
_curio_pending = {"candidates": (pick_payload["candidates"] as Array).duplicate(true),
|
||
"payload": pick_payload.duplicate(true)}
|
||
curio_choice_presented.emit(pick_payload)
|
||
_snapshot_breakpoint() # 选择停点可中断（契约 5——续玩不重抽不静默丢失）
|
||
return
|
||
# 末关的关卡完成：不发三选一与部分回血（没有下一战可受益）、Boss 钥石照常入账——冒险完成结算
|
||
_settle("completed")
|
||
|
||
|
||
func _settle(result: String) -> void:
|
||
# 冒险摘要五件事：打穿没有 / 完成几关 / 止步第几关 / 钥石入账合计 / 本局主种子
|
||
summary = {
|
||
"result": result,
|
||
"cleared": result == "completed",
|
||
"levels_cleared": levels_total if result == "completed" else level_index - 1,
|
||
"stopped_at": 0 if result == "completed" else level_index,
|
||
"keystone_total": keystone,
|
||
"master_seed": master_seed,
|
||
"aux_cleared_last": _last_treasure_cleared, # additive 扩签（末关清空反馈；非末关走 bonus 载荷）
|
||
"keystone_drops": _keystone_drops.duplicate(true), # additive 扩签（逐杀掉落明细；settle 入账明细/复盘归因数据源）
|
||
"vision_used_delta": int(run_ledger.vision_counter.get("used", 0)), # additive 扩签（真视使用本局计数；settle 聚合入档）
|
||
"pool_stock": _pool_stock_snapshot(), # additive 扩签（终局池读数：清账前快照，商店买走 vs 奖励领走 vs 枯竭的终局面）
|
||
"relics": _feats.duplicate(), # additive 扩签（特性终局持有集：清账前快照，成型判读取数面）
|
||
}
|
||
# 败退明细（数值验证工具取数面——tools/balance_verifier.py 止步节点分布数据源；
|
||
# 仅失败局附加，键缺省 = 未败退，既有五件事消费方零感知）
|
||
if result == "failed" and not _last_level_payload.is_empty():
|
||
summary["defeat"] = {
|
||
"level_index": level_index,
|
||
"node_id": int(_last_level_payload.get("node_id", -1)),
|
||
"node_type": String(_last_level_payload.get("node_type", "")),
|
||
}
|
||
if _runner != null:
|
||
summary["gp_final"] = int(_runner.gp) # gp_final 清账前快照（终局面板取数源=runner 钱包单点）
|
||
_runner.close_wallet() # GP 冒险收束清零（三结局都清——经转发发 wallet_changed "clear" 供日志/呈现）
|
||
_reset_curio_state() # 三选一停点态收束清零（结算受理只算一次语义——重复宣布零变化）
|
||
if _save_manager != null:
|
||
_save_manager.clear_breakpoint() # 三结局清断点（退出冒险=放弃流程+清除断点）
|
||
_save_manager.write_to_disk()
|
||
_state = State.SETTLING
|
||
adventure_finished.emit(summary)
|
||
_state = State.IDLE
|
||
|
||
|
||
# ---- 转发族（签名与 LevelRunner 同款——呈现层对接透明）----
|
||
|
||
func _forward_node_entered(node: Dictionary, info: Dictionary) -> void:
|
||
node_entered.emit(node, info)
|
||
|
||
|
||
func _forward_choices_presented(candidates: Array) -> void:
|
||
choices_presented.emit(candidates)
|
||
_snapshot_breakpoint() # 停点快照（选路停点=唯一可恢复停点形态；战斗中不存）
|
||
|
||
|
||
# ---- 断点快照（字段登记单源：写侧拼装与读侧回退策略同登记一表）----
|
||
# 键序即快照键序（27 顶层键——写侧/读侧/键集断言三面同源）。读侧回退策略词表：
|
||
# plain 无特殊回退面（缺键取代码内缺省）／clamp 数值夹 ≥0／keep_on_null 缺键或类型不符保持既有态
|
||
# dual_merge 双向合并（bonus_taken）／params_fallback 缺键回退参数面（attune_refresh_y）
|
||
# token_migration 旧版候选形态迁移（bonus_pending.candidates）
|
||
# 注入缺省 null = 整面静默（模拟/冒烟零扰动）。
|
||
const BREAKPOINT_FIELDS := {
|
||
"level_index": {"strategy": "plain"},
|
||
"node_id": {"strategy": "plain"},
|
||
"hero_hp": {"strategy": "clamp"},
|
||
"bonus": {"strategy": "clamp"},
|
||
"gp": {"strategy": "plain"},
|
||
"shop_purchased": {"strategy": "plain"},
|
||
"shop_shelf": {"strategy": "plain"},
|
||
"shop_visit_buys": {"strategy": "plain"},
|
||
"attunement_charges": {"strategy": "keep_on_null"},
|
||
"graph_gen_v2": {"strategy": "plain"},
|
||
"master_seed": {"strategy": "plain"},
|
||
"rng_counter": {"strategy": "plain"},
|
||
"keystone": {"strategy": "plain"},
|
||
"visited_ids": {"strategy": "plain"},
|
||
"aux_items": {"strategy": "plain"},
|
||
"bonus_taken": {"strategy": "dual_merge"},
|
||
"bonus_deck": {"strategy": "keep_on_null"},
|
||
"relics": {"strategy": "plain"},
|
||
"bonus_pending": {"strategy": "token_migration"},
|
||
"feat_ticket_pity": {"strategy": "plain"},
|
||
"feat_ticket_sold": {"strategy": "plain"},
|
||
"adventure_counters": {"strategy": "keep_on_null"},
|
||
"vision_counter_used": {"strategy": "clamp"},
|
||
"refresh_stock": {"strategy": "clamp"},
|
||
"attune_refresh_y": {"strategy": "params_fallback"},
|
||
"bonus_result": {"strategy": "plain"},
|
||
"keystone_drops": {"strategy": "plain"},
|
||
}
|
||
|
||
|
||
func _snapshot_breakpoint() -> void:
|
||
if _save_manager == null or state != "running":
|
||
return
|
||
var parts: Dictionary[Variant, Variant] = _bp_parts()
|
||
var bp: Dictionary[Variant, Variant] = {}
|
||
for key in BREAKPOINT_FIELDS.keys():
|
||
bp[key] = parts[key]
|
||
_save_manager.set_breakpoint(bp)
|
||
_save_manager.write_to_disk()
|
||
|
||
|
||
# 断点写侧取值（键集以 BREAKPOINT_FIELDS 为准——未登记键即取值越界，fail-fast）
|
||
func _bp_parts() -> Dictionary[Variant, Variant]:
|
||
var treasure_snapshot: Array[Variant] = []
|
||
if _runner != null and _runner.treasure_inventory != null:
|
||
treasure_snapshot = _runner.treasure_inventory.snapshot_inventory()
|
||
# 三选一停点续玩分支 _runner 为 null（关卡已收束、下一关未开）——节点域字段按缺省落档，
|
||
# 该两态的续玩只消费 bonus_* 附随件（选择停点/已兑付停点快照）
|
||
return {
|
||
"level_index": level_index,
|
||
"node_id": _runner.current_node_id() if _runner != null else -1,
|
||
"hero_hp": int(ledger.get("hero_hp", 0)),
|
||
"bonus": {
|
||
"atk": int(run_ledger.bonus.get("atk", 0)),
|
||
"max_hp": int(run_ledger.bonus.get("max_hp", 0)),
|
||
"armor_class": int(run_ledger.bonus.get("armor_class", 0)),
|
||
"ap": int(run_ledger.bonus.get("ap", 0)),
|
||
},
|
||
"gp": int(ledger.get("gp", 0)),
|
||
"shop_purchased": purchased.duplicate(true),
|
||
"shop_shelf": _runner.shop_bp_shelf() if _runner != null else [], # 货架入断点（离开店/非店停点 = 空架合法态）
|
||
"shop_visit_buys": _runner.shop_bp_visit_buys() if _runner != null else 0, # 本次进店已购次数（A 链定价输入）
|
||
"attunement_charges": run_ledger.attune_charges.duplicate(true), # 同调主动件充能余量随断点（save v4 域）
|
||
"graph_gen_v2": 1, # 生成图换代代差标记（缺键 = 换代前旧断点 → resume 显式拒绝）
|
||
"master_seed": master_seed,
|
||
"rng_counter": rng.counter(),
|
||
"keystone": keystone,
|
||
"visited_ids": _runner.visited_ids() if _runner != null else [],
|
||
"aux_items": treasure_snapshot,
|
||
"bonus_taken": _curio_taken.duplicate(true), # 三选一件获取次数（kind 维度派生账本——断点附随件与读数承载）
|
||
"bonus_deck": _curio_deck.duplicate(true), # 令牌池余库（TP0 v2.2——池消耗即上限，续玩余库逐枚还原）
|
||
"relics": _feats.duplicate(), # 特性持有集（局内随机渠道获得态续玩防丢失）
|
||
"bonus_pending": _curio_pending.duplicate(true), # 三选一停点态（空 = 无停点——选择停点可中断契约）
|
||
"feat_ticket_pity": _feat_ticket_pity, # T5 专长凭证保底计数（扩列向后兼容——旧档缺键缺省 0）
|
||
"feat_ticket_sold": _feat_ticket_sold, # T5 专长凭证限购计数（同上）
|
||
"adventure_counters": run_ledger.adventure_counters.duplicate(true), # adventure 域计数器随断点（续玩跨战账不丢）
|
||
"vision_counter_used": int(run_ledger.vision_counter.get("used", 0)), # 真视使用计数随断点（续玩跨战账不丢）
|
||
"refresh_stock": _refresh_stock, # 刷新存量账随断点
|
||
"attune_refresh_y": _attune_refresh_y, # Y 冒险周期池余量随断点（续玩不再自参数面整额重注入=堵「用完退菜单再续玩满血复活」可利用漏洞；扩列向后兼容——旧档缺键回退参数面）
|
||
"bonus_result": _curio_result.duplicate(true), # 已兑付待推进态（空 = 无——中断续玩不重兑付）
|
||
"keystone_drops": _keystone_drops.duplicate(true), # 逐杀掉落明细（摘要归因续接）
|
||
}
|
||
|
||
|
||
# 读侧单点（BREAKPOINT_FIELDS 策略标签分发；未登记键 fail-fast 不静默按 plain 兜）。
|
||
# 二次消费面（_start_current_level 经 _resume_bp 取 node_id/visited_ids/aux_items）同走此口。
|
||
func _bp_read(key: String, bp: Dictionary, fallback: Variant = null) -> Variant:
|
||
if not BREAKPOINT_FIELDS.has(key):
|
||
push_error("[冒险结构] 断点字段未登记（读侧）: %s" % key)
|
||
var v: Variant = bp.get(key, fallback)
|
||
if _bp_strategy(key) == "keep_on_null" and v != null and not (v is Dictionary or v is Array):
|
||
return null # 类型不符——保持既有态（调用方跳过覆盖）
|
||
return v
|
||
|
||
|
||
# 读侧策略标签（BREAKPOINT_FIELDS 读侧消费面单点）
|
||
func _bp_strategy(key: String) -> String:
|
||
return String((BREAKPOINT_FIELDS.get(key, {}) as Dictionary).get("strategy", "plain"))
|
||
|
||
|
||
# 数值类读侧（clamp 夹 ≥0 / params_fallback 断点缺键回退参数面整额注入 / plain 直取）
|
||
func _bp_read_int(key: String, bp: Dictionary, fallback: int, params: Dictionary = {}) -> int:
|
||
match _bp_strategy(key):
|
||
"clamp":
|
||
return maxi(0, int(bp.get(key, fallback)))
|
||
"params_fallback":
|
||
return maxi(0, int(bp.get(key, int(params.get(key, fallback)))))
|
||
_:
|
||
return int(bp.get(key, fallback))
|
||
|
||
|
||
func _forward_step_row(row: Dictionary) -> void:
|
||
step_row.emit(row)
|
||
|
||
|
||
func _forward_round_started(ri: int) -> void:
|
||
round_started.emit(ri)
|
||
|
||
|
||
func _forward_board_changed() -> void:
|
||
board_changed.emit()
|
||
|
||
|
||
func _forward_wallet_changed(event: String, gp_val: int, extra: Dictionary) -> void:
|
||
wallet_changed.emit(event, gp_val, extra)
|