152 lines
7.3 KiB
GDScript
152 lines
7.3 KiB
GDScript
# VERTICAL SLICE - NOT FOR PRODUCTION
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# 实现 GDD：design/ux/battle.md（四区呈现装配器）——读核心只读面（战斗结算 呈现快照 / runner）→
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# 组装文案/投影 → 驱动各视图 setter。
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# 高内聚边界："核心状态 → 呈现文案"的全部翻译集中于此；视图保持零核心依赖；
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# 静态无状态——呈现不持久化任何核心句柄。
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# E1 封装收口（2026-09-13）：核心状态读取统一经 战斗结算.presentation_snapshot() 成文快照面——
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# 禁再链式穿透 settlement.enemy_system.hero / settlement.enemy_system.enemies / settlement.status_effects.query_active 一类路径（战斗结算 协作对象已私有化，
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# 敌人含死亡残位的投影由快照 enemies[] 承载，含 alive/pending_*/effects 字段——2026-09-16 敌人技能池批批 2 定稿）。
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# 更新触发注记（battle.md Data Requirements）：旗/拔/移动成功反馈零事件外发（排雷玩法 发射面封闭）——
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# 经 ActionOutcome 返回值命令式驱动；AP/RAP 无推送信号——组合根每次调用返回后重查；
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# 增益状态 纯被动容器零信号——状态栏刷新绑 战斗结算 结算编排完成时点。
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# Date: 2026-09-12（战斗屏改造批；基础 = 2026-09-11 HUD 装配器；2026-09-13 快照面改造）
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class_name HudPresenter
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extends RefCounted
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# 每次结算行/轮次/节点变化/动作返回后调用（组合根全量重查装配）
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static func refresh(stage: BattleStageView, info: HeroInfoPanelView, ap_bar: ApBarView,
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settlement, runner, level_active: bool, db, refresh_remaining: int, gp_label: Label = null,
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keystone_label: Label = null, keystone_balance: int = 0) -> void:
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# GP 余额常驻（GP+商店房实施批 2026-09-21——A 区顶栏邻接位；runner 缺位 = 非冒险态按 0 读数）
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if gp_label != null:
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gp_label.text = "金币 %d" % (int(runner.gp) if runner != null else 0)
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# 钥石余额常驻（元进度实现批 2026-09-21——A 区顶栏邻接位；数据源 MetaProgression 账本，购买/收束后随全量重查刷新）
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if keystone_label != null:
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keystone_label.text = "钥石 %d" % keystone_balance
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if settlement == null:
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_refresh_out_of_battle(stage, info, runner, level_active, db)
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return
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var s: Dictionary = settlement.presentation_snapshot()
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var hero: Dictionary = s.hero
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if hero.is_empty() or not bool(hero.get("alive", false)):
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_refresh_out_of_battle(stage, info, runner, level_active, db)
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return
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_refresh_hero(stage, info, s)
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_refresh_economy(info, ap_bar, s, db, refresh_remaining)
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stage.set_enemies(s.enemies)
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info.set_status_effects(s.hero_effects)
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# ---- B 区主角站桩 + C 区数据框 ----
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static func _refresh_hero(stage: BattleStageView, info: HeroInfoPanelView, s: Dictionary) -> void:
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var hero: Dictionary = s.hero
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var hp: int = int(hero.hp)
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var max_hp: int = int(hero.max_hp)
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var atk: int = int(hero.atk)
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# 修正 = attack_up 池有效值（hero_offense）；来源角标 = 效果 display_name（快照 hero_effects 投影）
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var mod_total := 0
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var sources: Array = []
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for eff in s.hero_effects:
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if String(eff.effect_id) == "attack_up":
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mod_total += int(eff.effective_value)
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sources.append("%s×%d" % [String(eff.display_name), int(eff.layers)])
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var mod_text := ""
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if mod_total != 0:
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mod_text = "(%+d%% %s)" % [mod_total, "·".join(sources)]
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# B 区站桩只挂血条+状态小图标（2026-09-20 全站桩拍板）——攻击值等规划数据归 C 区数据框
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stage.hero_standee.set_hero(hp, max_hp)
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stage.hero_standee.set_effects(s.hero_effects)
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info.set_hero(hp, max_hp)
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info.set_attack(atk, mod_text)
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# ---- 行动经济（AP 点阵 / RAP / 弃图刷新按钮态） ----
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static func _refresh_economy(info: HeroInfoPanelView, ap_bar: ApBarView, s: Dictionary, db, refresh_remaining: int) -> void:
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ap_bar.set_ap(int(s.ap), int(db.action_economy.ap_per_round))
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# RAP 活值投影（C 区点阵）——清零反馈分支（行动经济 D1 义务）依赖本处持续投喂才会可达
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info.set_rap(int(s.rap), int(db.action_economy.rap_refresh_cost))
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var digging := String(s.phase) == ActionEconomy.PHASE_ACTIVE
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ap_bar.set_refresh_state(refresh_remaining,
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bool(s.can_refresh) and digging) # Waiting 代理已随 OQ12 退役——UI 仅挖掘期受理
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ap_bar.set_stop_enabled(bool(s.hero.get("alive", false)) and digging)
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# 战斗外（节点间隙/关卡结束）——HP 读 runner 携带值
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static func _refresh_out_of_battle(stage: BattleStageView, info: HeroInfoPanelView,
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runner, level_active: bool, db) -> void:
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if not level_active:
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return
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if runner != null:
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info.set_hero(runner.hero_hp, runner.effective_max_hp())
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info.set_attack(runner.effective_atk(), "（关卡推进中）")
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stage.hero_standee.set_hero(runner.hero_hp, runner.effective_max_hp())
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stage.hero_standee.set_effects([])
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stage.clear_enemies() # 节点间隙清敌方站桩残位（死亡瞬间的灰化呈现已在结算行驱动完成）
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info.set_rap(0, int(db.action_economy.rap_refresh_cost)) # battle_over RAP 清零反馈（行动经济 义务）
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# 三源拒绝可感知（排雷玩法 reject_reason/sub_reason → 玩家文案；pattern 1 双源拒绝反馈）
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static func outcome_text(outcome: Dictionary) -> String:
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if outcome.accepted:
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return "执行完成。"
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match String(outcome.get("reject_reason", "")):
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"board_face":
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var sub := String(outcome.get("sub_reason", ""))
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var texts := {
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"not_adjacent": "不能执行：目标与小人不相邻",
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"target_revealed": "不能执行：目标已开",
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"target_concealed": "不能移动：目标未开",
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"flag_present": "不能插旗：此格已有旗（旗为一次性承诺——相邻时左键直接挖开）",
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"no_path": "不能移动：已探明区不连通",
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"out_of_catalog": "无效目标",
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}
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return texts.get(sub, "棋盘面拒绝: " + sub)
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"resource_face":
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return "AP 不足。"
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"phase":
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return "结算中，非行动阶段。"
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"board_invalid":
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return "棋盘数据非法（fail-fast）。"
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_:
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return "动作被拒。"
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# ---- 调整板批量模拟报告装配（文案归 presenter——视图只 set_text；code-review 2026-09-12 批） ----
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static func tune_sim_report(n: int, atk_pct: int, hp_pct: int, wins: int, dmg_all: Array, hp_left_win: Array, hp_boss: Array, rounds_all: Array, death_nodes: Dictionary, base_hp: int) -> String:
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var lines: Array = []
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lines.append("[b]模拟 N=%d（atk+%d%% / hp+%d%%）[/b]" % [n, atk_pct, hp_pct])
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lines.append("通关率 [color=#80d080]%.0f%%[/color]（%d/%d）" % [100.0 * float(wins) / float(maxi(1, n)), wins, n])
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lines.append("整关承伤：均 %.1f · p90 %.0f（基础 HP %d）" % [_mean(dmg_all), _p90(dmg_all), base_hp])
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if not hp_left_win.is_empty():
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lines.append("通关剩余 HP 均 %.1f · 进 Boss HP 均 %.1f" % [_mean(hp_left_win), _mean(hp_boss)])
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lines.append("平均轮数 %.1f" % _mean(rounds_all))
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if death_nodes.is_empty():
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lines.append("败北节点：—")
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else:
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var parts: Array = []
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for k in death_nodes.keys():
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parts.append("%s×%d" % [k, death_nodes[k]])
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lines.append("败北节点：%s（0-3=战斗序，4=Boss）" % " ".join(parts))
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return "\n".join(lines)
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static func _mean(a: Array) -> float:
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if a.is_empty():
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return 0.0
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var t := 0.0
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for v in a:
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t += float(v)
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return t / a.size()
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static func _p90(a: Array) -> float:
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if a.is_empty():
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return 0.0
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var b := a.duplicate()
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b.sort()
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return float(b[mini(b.size() - 1, int(0.9 * b.size()))])
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