# VERTICAL SLICE - NOT FOR PRODUCTION # push_input 端到端输入探针（场景结构登记项转义务 + Node2D 呈现层 Risks 缓解面）。 # 现役探针全走 BoardView.click_cell 直调（合成鼠标事件零命中已实证）—— # 本探针是真实输入路径的唯一自动化覆盖：鼠标事件 → 壳层 _gui_input → 整图公式换算（_cell_at）→ # 悬停/点选/chord 既有出口 → 组合根信号。四 case：①悬停可挖域（金框+十字光标）②悬停禁入 # （hover_forbidden 信号+灰禁红框）③悬停已开格（路径预览点迹+移动光标）④右键封印（seal_place # 到达组合根+核心封印态）⑤双击 chord（禁入格双左击，核心拒挖零副作用）⑥左键挖（dig 到达组合根+核心揭格） # ⑦英雄精灵世界落位（回归闸——SubViewport 世界坐标判据，素材缺位树跳过） # ⑧影子构成与贴脚 ⑨右移朝向+到位回站帧+缩放档 ⑩变格边长即时重排 ⑪贴图缺位回退字形 #（⑧–⑪=Node2D 展示几何/状态面单元化断言）。 # 事件路径：Viewport.push_input(ev, in_local_coords=true)——落点用 BoardView.cell_center_local # （与 _cell_at 同一公式族）换算画布坐标，SubViewportContainer mouse_filter=IGNORE 不拦截。 # 运行：Godot_console.exe --headless --path . res://probe/ui_input_probe.tscn extends Node const ProbeUiUtil := preload("res://probe/probe_ui_util.gd") # T6 收口：隔离样板单点 var main: Node var _problems: Array = [] var _actions: Array = [] # action_requested 收集（[cell, kind]） var _chords: Array = [] # chord_attempted 收集 var _forbids: Array = [] # hover_forbidden 收集 func _ready() -> void: await get_tree().process_frame # autoload 就绪 main = load("res://presentation/main.tscn").instantiate() add_child(main) await get_tree().process_frame # 存档隔离（断点写盘面随冒险挂 main.save_manager；探针禁碰真实档 user://save.json， # 同 ui_click_probe 隔离纪律。首次冒险布尔位置位=对齐真实档游玩史口径，模板抽签路径不变； # isolate_save 先删后建——上次运行的残留断点会触发互斥确认早退） ProbeUiUtil.isolate_save(main, "smoke_input_probe_save", true, false, true) main.debug_overlay.seed_edit.text = "42" # 种子钉死（种子框默认为空=非首局随机，探针确定性禁依赖默认分支） main._start_adventure_from_menu() await get_tree().process_frame # ---- ⑫ 图上命中真实输入（回归闸）：入口停点候选节点中心 # push_input 真实鼠标路径 motion+click → 悬停预承诺置位 → route_chosen 到达组合根。 # 由来=真机 bug：深层节点（L1 Boss 内容 x=802）在固定画布命中区外，press_candidate 直调 # 命中函数探针全绿、真鼠标点不中——本 case 封住输入管线，⑬封住几何拟合。 if main.level_screen.visible: var ro = main.level_screen var cands: Array = main.run_scope.runner.next_candidate_ids() # ---- ⑱ 信息迷雾呈现接线（回归闸）：真机 display_probe 读实际绘制记录（雾下节点类型未画、 # Boss 描边画了、候选类型画了）＋点击雾下非候选节点零提交（雾不扩大可点域——候选集即合法集）---- var disp: Dictionary = ro.display_probe() var vis: Array = main.run_scope.runner.type_visible_ids() var cur_id: int = main.run_scope.runner.current_node_id() var fog_id := -1 var boss_id := -1 var nds_vis: Array = main.run_scope.runner.nodes() for n in nds_vis: var vnid: int = main.run_scope.runner.node_id_of(n) if String(n.get("type", "")) == "boss": boss_id = vnid elif fog_id < 0 and vnid != cur_id and not cands.has(vnid) and not vis.has(vnid): # 选区只按核心可见集判（不读绘制记录——选区与断言解耦，防「按记录选、再断言记录」自指） fog_id = vnid if boss_id < 0 or fog_id < 0 or not disp.has(fog_id) or not disp.has(boss_id) \ or not disp.has(int(cands[0])): _pre_fail("case⑱ 雾面节点选取失败或绘制记录缺位（boss=%d fog=%d 记录数=%d）" % [boss_id, fog_id, disp.size()]) return if bool(disp[fog_id]["draw_icon"]) or bool(disp[fog_id]["draw_label"]): _pre_fail("case⑱ 雾下节点类型仍出示（图标=%s 文字=%s——范围外只见结构）〔fv2〕" % [str(disp[fog_id]["draw_icon"]), str(disp[fog_id]["draw_label"])]) return if not bool(disp[boss_id]["boss_border"]): _pre_fail("case⑱ Boss 节点未带描边标记（id=%d）〔fv3〕" % boss_id) return if not bool(disp[int(cands[0])]["draw_icon"]): _pre_fail("case⑱ 候选节点类型未出示（id=%d——下一跳恒可见）〔fv4〕" % int(cands[0])) return var fog_node := {} for n in nds_vis: if main.run_scope.runner.node_id_of(n) == fog_id: fog_node = n var fog_pos: Vector2 = ro.canvas_probe()["origin"] + ro.layout_probe(nds_vis)[fog_node] # 零提交判据直接绑 route_chosen 发射：终态会被雾下节点类型（奖励/恢复/商店保持本屏、 # 战斗/Boss 出屏）与运行器候选校验兜底，单看终态测不出命中面穿透——信号面才是提交面 var submitted: Array = [] var on_route := func(nid: int) -> void: submitted.append(nid) ro.route_chosen.connect(on_route) var evf := InputEventMouseButton.new() evf.button_index = MOUSE_BUTTON_LEFT evf.pressed = true evf.position = fog_pos evf.global_position = fog_pos main.get_viewport().push_input(evf, true) await get_tree().process_frame await get_tree().process_frame ro.route_chosen.disconnect(on_route) if not submitted.is_empty() or not main.level_screen.visible or not main.run_scope.runner.awaiting_choice(): _pre_fail("case⑱ 雾下节点点击产生提交（提交=%s visible=%s 选路态=%s——雾不扩大可点域）〔fv9〕" % [str(submitted), str(main.level_screen.visible), str(main.run_scope.runner.awaiting_choice())]) return var nds: Array = main.run_scope.runner.nodes() var tgt := {} for n in nds: if main.run_scope.runner.node_id_of(n) == int(cands[0]): tgt = n var npos: Vector2 = ro.layout_probe(nds)[tgt] var gpos: Vector2 = ro.canvas_probe()["origin"] + npos var evm := InputEventMouseMotion.new() evm.position = gpos evm.global_position = gpos main.get_viewport().push_input(evm, true) await get_tree().process_frame if int(ro._hover_id) != int(cands[0]): _pre_fail("图上悬停预承诺未置位（hover=%s 候选=%s）" % [str(ro._hover_id), str(cands[0])]) var evc := InputEventMouseButton.new() evc.button_index = MOUSE_BUTTON_LEFT evc.pressed = true evc.position = gpos evc.global_position = gpos main.get_viewport().push_input(evc, true) await get_tree().process_frame await get_tree().process_frame if main.level_screen.visible or main.run_scope.runner.awaiting_choice(): _pre_fail("图上真实点击未提交选路（overlay 可见=%s 选路态=%s）" % [str(main.level_screen.visible), str(main.run_scope.runner.awaiting_choice())]) for i in range(3): await get_tree().process_frame # ---- ⑬ 画布随图拟合（同 bug 的几何面回归）：复刻分层公式独立推导最深节点内容 x， # 断言画布 min 尺寸覆盖之（open_choices 每 stop 拟合——L1 单链 Boss x=70+6*122=802 曾越界） var ro2 = main.level_screen var nds2: Array = main.run_scope.runner.nodes() var layer2 := {} var inbound2 := {} for n2 in nds2: for tid2 in main.run_scope.runner.node_out_ids(n2): inbound2[tid2] = true var queue2: Array = [] for n2 in nds2: if not inbound2.has(main.run_scope.runner.node_id_of(n2)): queue2.append(n2) layer2[n2] = 0 while not queue2.is_empty(): var cur2: Dictionary = queue2.pop_front() for tid2 in main.run_scope.runner.node_out_ids(cur2): var tg2 := {} for n2 in nds2: if main.run_scope.runner.node_id_of(n2) == tid2: tg2 = n2 if tg2.is_empty() or layer2.has(tg2): continue layer2[tg2] = int(layer2[cur2]) + 1 queue2.append(tg2) var maxl2 := 0 for k2 in layer2.keys(): maxl2 = maxi(maxl2, int(layer2[k2])) # 常数锚（画布拟合探针）：直接引屏内导出常量（LAYER_BASE_X/LAYER_STEP_X/NODE_HALF）—— # 与 _content_size 公式（LAYER_BASE_X + maxl*LAYER_STEP_X + NODE_HALF.x + 8）逐项同源，禁再手抄数字 var need_x2: float = LevelMapScreen.LAYER_BASE_X + maxl2 * LevelMapScreen.LAYER_STEP_X \ + LevelMapScreen.NODE_HALF.x + 8.0 var cvmin: Dictionary = ro2.canvas_probe() if float(cvmin["min_size"].x) < need_x2 - 0.5: _pre_fail("画布拟合不足（min.x=%.0f < 最深内容 %.0f——深层节点不可点回归）" % [cvmin["min_size"].x, need_x2]) var bv = main.board_view var ms = main.run_scope.settlement.minesweeper if main.run_scope.settlement != null else null if ms == null or bv.cells_probe().is_empty(): _pre_fail("战斗未就绪（cells=%d settlement=%s）" % [bv.cells_probe().size(), str(main.run_scope.settlement)]) return bv.action_requested.connect(func(c: Vector2i, kind: String): _actions.append([c, kind])) bv.chord_attempted.connect(func(c: Vector2i): _chords.append(c)) bv.hover_forbidden.connect(func(c: Vector2i): _forbids.append(c)) # ---- 先行移动（真实点击路径）：R₀ 展开后主角邻域全已开（_diggable 空）——点击前沿已开格 # 迫近未开边界（与 ui_click_probe 行为同构：先 move 后 dig）---- var hero0: Vector2i = ms.hero_pos() var mv := Vector2i(-9, -9) for c in bv._board.neighbors8(hero0): if ms.is_revealed(c) and _has_hidden_neighbor(bv, ms, c): mv = c break if mv.x == -9: mv = _pick_frontier(bv, ms) if mv.x == -9: _pre_fail("前沿已开格选取失败（板面无可迫近边界）") return _push_click(_pos(bv, mv), MOUSE_BUTTON_LEFT) await get_tree().process_frame await get_tree().process_frame if not _has_action(mv, "move") or ms.hero_pos() == hero0: _pre_fail("先导移动未到达（actions=%s hero=%s→%s）" % [str(_actions), hero0, ms.hero_pos()]) return # ---- 目标格实证选取（不写死坐标；两枚相邻可挖格 + 禁入格 + 已开格）---- # 首战板面种子随全局序漂移——_diggable（主角 8 邻未开域） # 不足两枚时，沿已开区真点击移位到「≥2 未开邻」的前沿格再选；移位失败即收手交由选取失败分支报状态 for _expand in range(16): if bv.diggable_probe().size() >= 2: break var mv_t := Vector2i(-9, -9) for y in bv._board.height: for x in bv._board.width: var c := Vector2i(x, y) if not ms.is_revealed(c): continue var hidden := 0 for n in bv._board.neighbors8(c): if not ms.is_revealed(n): hidden += 1 if hidden >= 2: mv_t = c break if mv_t.x != -9: break if mv_t.x == -9: break var hero_before: Vector2i = ms.hero_pos() _push_click(_pos(bv, mv_t), MOUSE_BUTTON_LEFT) await get_tree().process_frame await get_tree().process_frame if ms.hero_pos() == hero_before: break var seal_t := Vector2i(-9, -9) var dig_t := Vector2i(-9, -9) for c in bv.diggable_probe(): if not ms.has_seal(c): if seal_t.x == -9: seal_t = c elif dig_t.x == -9: dig_t = c break var forbid_t := _pick_forbidden(bv, ms) var reveal_t := _pick_revealed(ms) if seal_t.x == -9 or dig_t.x == -9 or forbid_t.x == -9 or reveal_t.x == -9: _pre_fail("目标格选取失败 seal=%s dig=%s forbid=%s reveal=%s" % [seal_t, dig_t, forbid_t, reveal_t]) return # ---- case① 悬停可挖域：motion → 悬停态到达（金框 + 十字光标）---- _push_motion(_pos(bv, seal_t)) await get_tree().process_frame if bv.hover_probe() != seal_t: _problems.append("case① 悬停未到达（_hover=%s 应=%s）" % [bv.hover_probe(), seal_t]) var u1 = bv.cells_probe()[seal_t] if not u1.hl_visible or u1.hl_color != UiKit.GOLD: _problems.append("case① 悬停金框缺失（visible=%s color=%s）" % [str(u1.hl_visible), str(u1.hl_color)]) if bv.mouse_default_cursor_shape != Input.CURSOR_CROSS: _problems.append("case① 挖掘光标未切十字（%d）" % bv.mouse_default_cursor_shape) # ---- case② 悬停禁入：hover_forbidden 信号 + 灰禁红框 ---- _push_motion(_pos(bv, forbid_t)) await get_tree().process_frame if _forbids.is_empty() or _forbids[_forbids.size() - 1] != forbid_t: _problems.append("case② hover_forbidden 未达（%s）" % [str(_forbids)]) if bv.cells_probe()[forbid_t].hl_color != UiKit.RED_FORBID: _problems.append("case② 禁入红框缺失（color=%s）" % str(bv.cells_probe()[forbid_t].hl_color)) # ---- case③ 悬停已开格：路径预览点迹 + 移动光标 ---- _push_motion(_pos(bv, reveal_t)) await get_tree().process_frame var dots := 0 for c in bv.cells_probe(): if bv.cells_probe()[c].dot_visible: dots += 1 if dots < 1: _problems.append("case③ 路径预览点迹未亮（dots=0）") if bv.mouse_default_cursor_shape != Input.CURSOR_ARROW: _problems.append("case③ 移动光标缺失（%d）" % bv.mouse_default_cursor_shape) # ---- case④ 右键封印：seal_place 到达组合根 + 核心封印态落位 ---- _push_click(_pos(bv, seal_t), MOUSE_BUTTON_RIGHT) await get_tree().process_frame if not _has_action(seal_t, "seal_place"): _problems.append("case④ seal_place 未达组合根（actions=%s）" % [str(_actions)]) await get_tree().process_frame if not ms.has_seal(seal_t): _problems.append("case④ 核心封印态未落位") # ---- case④b 封印纹理槽回归断言（P0-1）：paint 尾部若无条件 # `u.tex_seal = null` 会覆盖条件赋值=素材在位时封印不可见（headless 缺盘走字形回退 # 掩盖）——有盘断言纹理在槽、缺盘断言字形回退，两分支防双写踩踏复活 ---- var seal_unit = bv.cells_probe().get(seal_t) if bv._palette.seal_tex != null: if seal_unit == null or seal_unit.tex_seal != bv._palette.seal_tex: _problems.append("case④b 封印纹理槽未挂封印印记纹理（tex_seal=%s）" % ["无单元" if seal_unit == null else str(seal_unit.tex_seal)]) elif seal_unit == null or seal_unit.glyph != "封": _problems.append("case④b 缺盘字形回退缺失（glyph=%s）" % ["无单元" if seal_unit == null else String(seal_unit.glyph)]) # ---- case⑤ 双击 chord：禁入格双左击（核心拒挖零副作用）→ chord_attempted ---- _push_click(_pos(bv, forbid_t), MOUSE_BUTTON_LEFT) _push_click(_pos(bv, forbid_t), MOUSE_BUTTON_LEFT) await get_tree().process_frame if _chords.is_empty() or _chords[_chords.size() - 1] != forbid_t: _problems.append("case⑤ chord_attempted 未达（chords=%s）" % [str(_chords)]) # ---- case⑥ 左键挖：dig 到达组合根 + 核心揭格落位 ---- _push_click(_pos(bv, dig_t), MOUSE_BUTTON_LEFT) await get_tree().process_frame if not _has_action(dig_t, "dig"): _problems.append("case⑥ dig 未达组合根（actions=%s）" % [str(_actions)]) await get_tree().process_frame if not ms.is_revealed(dig_t): _problems.append("case⑥ 核心揭格未落位（目标=%s）" % dig_t) # ---- case⑦ 英雄精灵世界落位（回归闸）：精灵在 SubViewport 世界内， # 落位 = 格×步距 + 脚底锚（横=格中线/纵=格底往上 25% 线=HERO_GROUND_FRAC 自底边口径——「脚踩 # 格子 1/4 处·从下往上数」；禁带壳层 _svp_container.position 居中偏移——上批误用壳层 # cell_origin 实测右偏 ~7 格+偏离格心，实机截图用户报缺陷）。素材缺位树（hero==null，字形 # 「人」回退在役）跳过；断言前等 0.3s 墙钟——headless 帧率无上限，帧数等待 < 位移 Tween # 140ms 时会采到半途位置（首跑实证）。 ---- if bv._world.hero != null: await get_tree().create_timer(0.3).timeout var expect: Vector2 = Vector2(ms.hero_pos()) * (bv.cell_size + float(bv.SEP)) \ + Vector2(bv.cell_size * 0.5, bv.cell_size * (1.0 - bv.HERO_GROUND_FRAC)) if bv._world.hero.position.distance_to(expect) > 0.5: _problems.append("case⑦ 英雄精灵世界落位偏移 pos=%s expect=%s" % [str(bv._world.hero.position), str(expect)]) # ---- case⑧ 影子构成与贴脚（回归闸）：椭圆影=英雄子件、中心贴脚锚 #（(0,2) 下坠脱脚=用户报缺陷）、z 相对回落格面之上英雄之下、黑色半透明、渐变纹理组件 # 合成；父子 use_parent_material 双挂（结算期随世界去饱和与格面同口径）。 ---- if bv._world.hero != null: var kids: Array = bv._world.hero.get_children() if kids.size() != 1 or not (kids[0] is Sprite2D): _problems.append("case⑧ 影子子件缺失或类型不对（children=%d）" % kids.size()) else: var sh: Sprite2D = kids[0] if sh.position != Vector2.ZERO: _problems.append("case⑧ 影子未贴脚（pos=%s 应=ZERO）" % str(sh.position)) if sh.z_index != -1: _problems.append("case⑧ 影子 z 相对档不对（%d 应=-1）" % sh.z_index) if absf(sh.modulate.a - 0.35) > 0.01: _problems.append("case⑧ 影子透明度漂移（%s 应=0.35）" % str(sh.modulate.a)) if not (sh.texture is GradientTexture2D): _problems.append("case⑧ 影子纹理非径向渐变组件（%s）" % str(sh.texture)) if not sh.use_parent_material or not bv._world.hero.use_parent_material: _problems.append("case⑧ 去饱和材质链漏挂（shadow=%s hero=%s）" % [str(sh.use_parent_material), str(bv._world.hero.use_parent_material)]) # ---- case⑨ 右移朝向+到位回站帧+缩放档（回归闸）：素材基准朝左——向右移动 flip_h=true； # 到位（0.3s 墙钟 > 位移 Tween 140ms）纹理回站帧、scale 恒 1.5 均匀档。无可达右邻已开格跳过。 ---- if bv._world.hero != null: var hp9: Vector2i = ms.hero_pos() var mv9 := Vector2i(-9, -9) for n in bv._board.neighbors8(hp9): if n.x == hp9.x + 1 and ms.is_revealed(n): mv9 = n break if mv9.x == -9: print("[ui_input_probe] SKIP case⑨（无可达右邻已开格）") else: _push_click(_pos(bv, mv9), MOUSE_BUTTON_LEFT) await get_tree().create_timer(0.3).timeout var sp9: Sprite2D = bv._world.hero if not sp9.flip_h: _problems.append("case⑨ 右移后未翻转朝向（flip_h=false，素材基准朝左）") if sp9.texture != bv._hero_sprite.tex_idle: _problems.append("case⑨ 到位未回站帧（texture=%s）" % str(sp9.texture)) if sp9.scale != Vector2.ONE * bv.HERO_SPRITE_SCALE: _problems.append("case⑨ 缩放档漂移（%s 应=%s 均匀）" % [str(sp9.scale), str(bv.HERO_SPRITE_SCALE)]) # ---- case⑩ 变格边长即时重排（窗口缩放路径回归闸）：set_cell_area 换小格 → 英雄即时落新脚锚、 # 缩放均匀不残弹跳形；还原 → 46px 档复验。 ---- if bv._world.hero != null: var hp10: Vector2i = ms.hero_pos() bv.set_cell_area(Vector2(300, 300)) var expect10: Vector2 = Vector2(hp10) * (bv.cell_size + float(bv.SEP)) \ + Vector2(bv.cell_size * 0.5, bv.cell_size * (1.0 - bv.HERO_GROUND_FRAC)) if bv._world.hero.position.distance_to(expect10) > 0.5 or bv._world.hero.scale != Vector2.ONE * bv.HERO_SPRITE_SCALE: _problems.append("case⑩ 缩格后英雄未即时重排（pos=%s expect=%s scale=%s）" % [str(bv._world.hero.position), str(expect10), str(bv._world.hero.scale)]) bv.set_cell_area(bv.size) var expect10b: Vector2 = Vector2(hp10) * (bv.cell_size + float(bv.SEP)) \ + Vector2(bv.cell_size * 0.5, bv.cell_size * (1.0 - bv.HERO_GROUND_FRAC)) if bv._world.hero.position.distance_to(expect10b) > 0.5: _problems.append("case⑩ 还原后英雄未复位（pos=%s expect=%s）" % [str(bv._world.hero.position), str(expect10b)]) # ---- case⑪ 贴图缺位回退（字形「人」回归闸）：texture 置 null + refresh → 英雄格数字 0 时字形 # 必须回退「人」（数字格仍显数字——回退判据与抑制判据同源）；验毕还原纹理重绘。 ---- if bv._world.hero != null: var hp11: Vector2i = ms.hero_pos() var u11 = bv.cells_probe()[hp11] var tex_saved: Texture2D = bv._hero_sprite.tex_idle bv._hero_sprite.tex_idle = null bv.refresh() var digit11: int = int(ms.reveal_record(hp11).get("digit", 0)) if digit11 == 0: if u11.glyph != "人": _problems.append("case⑪ 贴图缺位未回退字形「人」（glyph=%s）" % u11.glyph) elif u11.glyph != str(digit11): _problems.append("case⑪ 缺位态数字格字形被破坏（glyph=%s 应=%d）" % [u11.glyph, digit11]) bv._hero_sprite.tex_idle = tex_saved bv.refresh() # ---- case⑭ 变异角标（flat_damage 未开格视觉标记；resolver 注入面+落位+复位） ---- var mark_t: Vector2i = _pick_forbidden(bv, ms) # 任一未开格（禁入=未开非相邻） if mark_t.x >= 0: bv.set_variant_mark_resolver(func(_c): return "flat_damage") bv.refresh() if String(bv.cells_probe()[mark_t].mutation_mark) != "flat_damage": _problems.append("case⑭ 变异角标未落位（mutation_mark=%s）" % str(bv.cells_probe()[mark_t].mutation_mark)) bv.set_variant_mark_resolver(Callable()) bv.refresh() if String(bv.cells_probe()[mark_t].mutation_mark) != "": _problems.append("case⑭ 角标未随 resolver 复位（mutation_mark=%s）" % str(bv.cells_probe()[mark_t].mutation_mark)) else: _problems.append("case⑭ 无未开格可验（板面异常）") # ---- case⑮ 视野迷雾（三态呈态/半径圈/移动跟随/开关两态零扰动/提灯插值位； # 纯呈现零逻辑——迷雾开关切换前后 minesweeper 状态摘要逐位一致） ---- var fogp: Dictionary = bv.fog_params_probe() if int(bv.FOG_RADIUS) != 8 or int(fogp["lantern"]) != 0 or not fogp["enabled"]: _problems.append("case⑮ 迷雾参数漂移（R=%s lantern=%s enabled=%s 应=8/0/true——旧提灯常量随行退役摘除）" % [str(bv.FOG_RADIUS), str(fogp["lantern"]), str(fogp["enabled"])]) else: var hero15: Vector2i = ms.hero_pos() var b15 = ms.current_board() var fog_ok := true var cells_f1: Dictionary = bv.cells_probe() for y in b15.height: for x in b15.width: var c15 := Vector2i(x, y) var d15: int = absi(c15.x - hero15.x) + absi(c15.y - hero15.y) var expect15: int = 0 if d15 > bv.FOG_RADIUS: expect15 = 2 if ms.is_revealed(c15) else 1 var got15: int = int(cells_f1[c15].fog_state) if got15 != expect15: fog_ok = false _problems.append("case⑮ 迷雾呈态不符（%s dist=%d got=%d expect=%d）" % [str(c15), d15, got15, expect15]) break if not fog_ok: break # 半径边界格恰在圈内（曼哈顿距离恰 =R 的格 fog_state=0——存在性校验，12×12 板必有） var has_boundary := false var cells_f2: Dictionary = bv.cells_probe() for y in b15.height: for x in b15.width: if absi(x - hero15.x) + absi(y - hero15.y) == int(bv.FOG_RADIUS): has_boundary = true if int(cells_f2[Vector2i(x, y)].fog_state) != 0: _problems.append("case⑮ 边界圈内格被误遮（dist==R 应 fog_state=0）") break if has_boundary: break if not has_boundary: _problems.append("case⑮ 板面无 dist==R 格（板面异常）") # 移动跟随：把英雄挪到板角（move 动作逐格逼近成本高——直接白-box 校验公式换心后远格态翻转： # 取一个对当前英雄 dist>R 的已开格（记忆态），以远角为新心重算应翻转/保持一致性由公式承载， # 此处只验 set_fog_enabled(false) 全板归零与 true 恢复——开关两态契约主断言） var digest_before: Array = [] for y in b15.height: for x in b15.width: var c16 := Vector2i(x, y) digest_before.append(ms.is_revealed(c16)) bv.set_fog_enabled(false) var all_clear := true var cells_f3: Dictionary = bv.cells_probe() for y in b15.height: for x in b15.width: if int(cells_f3[Vector2i(x, y)].fog_state) != 0: all_clear = false if not all_clear: _problems.append("case⑮ 迷雾关未全板归零（off 态应 fog_state=0）") var digest_off: Array = [] for y in b15.height: for x in b15.width: var c17 := Vector2i(x, y) digest_off.append(ms.is_revealed(c17)) if digest_off != digest_before: _problems.append("case⑮ 迷雾开关改写逻辑态（两态结算逐位一致 🔴 契约破）") bv.set_fog_enabled(true) if int(bv.cells_probe()[Vector2i(0, 0)].fog_state) == 0 \ and absi(0 - hero15.x) + absi(0 - hero15.y) > int(bv.FOG_RADIUS): _problems.append("case⑮ 迷雾复开后远角未复原遮蔽（fog_state=0）") # 视野加成接线断言（主语=阔视野带：参数注入 set_fog_glow_bonus(4) → 半径 8+4： # dist==R+1 格由雾态转可见，卸装复原 bonus=0；纯接线零逻辑——半径算式归迷雾断言面） var ring_cell := Vector2i(-99, -99) for y in b15.height: for x in b15.width: if absi(x - hero15.x) + absi(y - hero15.y) == int(bv.FOG_RADIUS) + 1: ring_cell = Vector2i(x, y) break if ring_cell.x != -99: break if ring_cell.x == -99: _problems.append("case⑮ 板面无 dist==R+1 格（视野加成断言取数异常）") else: var pre_lantern: int = int(bv.cells_probe()[ring_cell].fog_state) bv.set_fog_glow_bonus(4) if int(bv.fog_params_probe()["lantern"]) != 4: _problems.append("case⑮ 视野加成接雾参数未变（lantern 应=4）") if int(bv.cells_probe()[ring_cell].fog_state) != 0: _problems.append("case⑮ 视野 +4 后 dist==R+1 格仍被遮（应转可见 fog_state=0，改前=%d）" % pre_lantern) bv.set_fog_glow_bonus(0) if int(bv.fog_params_probe()["lantern"]) != 0: _problems.append("case⑮ 视野加成清零后雾参数未复原（lantern 应=0）") if int(bv.cells_probe()[ring_cell].fog_state) == 0: _problems.append("case⑮ 视野加成清零后 dist==R+1 格未复原遮蔽") # 装配链级断言（wide_scout_band 装配链贯通：①装配→开局参数面 # 〔build_adventure_params 统一构造〕②装配集→呈现桥〔_sync_treasure_glow 消费 # attune_param_sum 只读出口→set_fog_glow_bonus〕→视野 +4 生效与卸装复原。 # settlement.attunement 手动注入=模拟 begin_battle enc 注入后的运行态〔注入面本体归 # 冒烟+单测覆盖〕；不重启冒险——case⑯ 起既有板面继续用） main.save_manager.meta_state.set_attunement_equipped(["wide_scout_band"]) var p_lantern: Dictionary = main.build_adventure_params(main.save_manager, main.meta) if not (p_lantern.get("attunement", []) as Array).has("wide_scout_band"): _problems.append("case⑮ 装配未进开局参数面（attunement=%s 应含 wide_scout_band）" % str(p_lantern.get("attunement", []))) main.run_scope.settlement.attunement = ["wide_scout_band"] main._sync_treasure_glow() if int(bv.fog_params_probe()["lantern"]) != 4: _problems.append("case⑮ 装配后视野未扩（lantern 应=4——呈现桥未生效）") if int(bv.cells_probe()[ring_cell].fog_state) != 0: _problems.append("case⑮ 装配后 dist==R+1 格仍被遮（应转可见）") main.run_scope.settlement.attunement = [] main._sync_treasure_glow() if int(bv.fog_params_probe()["lantern"]) != 0: _problems.append("case⑮ 卸装后视野未复原（lantern 应=0——契约复原语义显式重算）") if int(bv.cells_probe()[ring_cell].fog_state) == 0: _problems.append("case⑮ 卸装后 dist==R+1 格未复原遮蔽") main.save_manager.meta_state.set_attunement_equipped([]) # ---- case⑯ 状态面板输入锁语义（R3——开层锁棋盘、关层恢复无残留；真实 push_input # 路径：入口角标本体 press+release 真点击 → 状态面板开；锁期挖掘点击零穿透；「继续」关层后 # 同格挖掘重新到达——锁语义与既有模态同款，无状态残留。置于全 case 之尾：取格若需前沿移位 #（真实点击 move 扩大可挖域），其板面扰动不再波及任何既有断言——域恰 2 枚时 seal_t 带封印+ # dig_t 揭开后域内零无封印格，正是首跑实测踩中的形态）---- var status_dig := Vector2i(-9, -9) for c in bv.diggable_probe(): if not ms.has_seal(c): status_dig = c break if status_dig.x == -9: var mv16 := _pick_frontier(bv, ms) if mv16.x == -9: _problems.append("case⑯ 板面无可迫近边界（锁断言取格中断）") else: _push_click(_pos(bv, mv16), MOUSE_BUTTON_LEFT) await get_tree().process_frame await get_tree().process_frame for c in bv.diggable_probe(): if not ms.has_seal(c): status_dig = c break if status_dig.x == -9: _problems.append("case⑯ 无可挖无封印格（板面异常——锁断言中断）") else: var pbtn16: Button = main.board_zone.status_badge var bpos: Vector2 = pbtn16.get_global_rect().get_center() _push_click(bpos, MOUSE_BUTTON_LEFT) _push_release(bpos, MOUSE_BUTTON_LEFT) # Button pressed 信号走 release 沿——按压+释放成对 await get_tree().process_frame if not main.status_panel.visible or not main._input_locked(): _problems.append("case⑯ 角标真点击未开状态面板（visible=%s locked=%s——入口可达性失守）" % [str(main.status_panel.visible), str(main._input_locked())]) else: _push_click(_pos(bv, status_dig), MOUSE_BUTTON_LEFT) await get_tree().process_frame await get_tree().process_frame if _has_action(status_dig, "dig") or ms.is_revealed(status_dig): _problems.append("case⑯ 状态面板开启时挖掘穿透（R3 输入锁破——目标=%s）" % status_dig) var resume_btn: Button = ProbeUiUtil.find_button(main.status_panel, "继续", "prefix") if resume_btn == null: _problems.append("case⑯ 状态面板关闭钮缺失") else: resume_btn.pressed.emit() await get_tree().process_frame if main.status_panel.visible or main._input_locked(): _problems.append("case⑯ 关闭后未恢复（visible=%s locked=%s——R3 残留）" % [str(main.status_panel.visible), str(main._input_locked())]) _push_click(_pos(bv, status_dig), MOUSE_BUTTON_LEFT) await get_tree().process_frame await get_tree().process_frame if not _has_action(status_dig, "dig") or not ms.is_revealed(status_dig): _problems.append("case⑯ 关闭后挖掘未到达（恢复无残留验证失守）") # ---- case⑰ 未开格类型微光（活板面走查：作用集恒等／开格灭／移动复亮 # 与出圈灭／相位门控／开关两态零扰动。与冒烟段数据面断言分工：此处走真实点击路径） ---- if not bool(bv.type_glow_probe().get("enabled", false)): _problems.append("case⑰ 微光默认态非开（生产默认开——Q4 丙案）") if not (bv.type_glow_probe().get("errors", []) as Array).is_empty(): _problems.append("case⑰ 活板清单外登记非空（errors=%s——生产数据应全集合法）" % str(bv.type_glow_probe().get("errors", []))) if bv.diggable_probe().is_empty(): var mv17a := _pick_frontier(bv, ms) if mv17a.x == -9: _problems.append("case⑰ 板面无 diggable 且无前沿可迫近（活板面前提异常）") else: _push_click(_pos(bv, mv17a), MOUSE_BUTTON_LEFT) await get_tree().process_frame await get_tree().process_frame var digp17: Dictionary = bv.diggable_probe() if digp17.is_empty(): _problems.append("case⑰ 板面仍无 diggable（活板面前提异常）") else: # ① 作用集恒等：cells 键集 == diggable 键集（生产身份回调面——未开格恒可查，F4） var keys17: Array = (bv.type_glow_probe().get("cells", {}) as Dictionary).keys() var eq17 := keys17.size() == digp17.size() if eq17: for k in keys17: if not digp17.has(k): eq17 = false break if not eq17: _problems.append("case⑰ 作用集与可挖域不等（cells=%d diggable=%d）" % [keys17.size(), digp17.size()]) # ② 开格灭：真实点击挖开一格 → 该格退出作用集（S3 生命周期） var dig17 := Vector2i(-9, -9) for c in digp17: if not ms.has_seal(c): dig17 = c break if dig17.x == -9: _problems.append("case⑰ 无无封印可挖格（板面异常）") else: if not (bv.type_glow_probe().get("cells", {}) as Dictionary).has(dig17): _problems.append("case⑰ 待挖格不在作用集（%s）" % str(dig17)) _push_click(_pos(bv, dig17), MOUSE_BUTTON_LEFT) await get_tree().process_frame await get_tree().process_frame if not ms.is_revealed(dig17): _problems.append("case⑰ 真实点击未挖开目标格（%s）" % str(dig17)) if (bv.type_glow_probe().get("cells", {}) as Dictionary).has(dig17): _problems.append("case⑰ 开格未灭（%s 仍在作用集——S3 生命周期破）" % str(dig17)) # ③ 移动复亮/出圈灭：点击前沿已开格移英雄 → 作用集随新 diggable 重算（恒等面承载两者） var mv17 := _pick_frontier(bv, ms) if mv17.x == -9: _problems.append("case⑰ 无前沿可迫近（移动复亮断言取格中断）") else: _push_click(_pos(bv, mv17), MOUSE_BUTTON_LEFT) await get_tree().process_frame await get_tree().process_frame var glowp2: Dictionary = bv.type_glow_probe() var digp18: Dictionary = bv.diggable_probe() var keys18: Array = (glowp2.get("cells", {}) as Dictionary).keys() var eq18 := keys18.size() == digp18.size() if eq18: for k in keys18: if not digp18.has(k): eq18 = false break if not eq18: _problems.append("case⑰ 移动后作用集与新可挖域不等（cells=%d diggable=%d——复亮/出圈灭破）" % [keys18.size(), digp18.size()]) # ④ 相位门控：结算相位（_dig_glow off）作用集空、微光开关读数不变；回挖掘相位逐位复位 var before_phase: Dictionary = (bv.type_glow_probe().get("cells", {}) as Dictionary).duplicate() bv.set_dig_glow_enabled(false) var glowp4: Dictionary = bv.type_glow_probe() if not (glowp4.get("cells", {}) as Dictionary).is_empty(): _problems.append("case⑰ 结算相位未灭（作用集 %d 格——相位门控破）" % (glowp4.get("cells", {}) as Dictionary).size()) if not bool(glowp4.get("enabled", false)): _problems.append("case⑰ 相位门控误改微光开关态（enabled 应保持 true）") bv.set_dig_glow_enabled(true) var glowp5: Dictionary = bv.type_glow_probe() var after_phase: Dictionary = glowp5.get("cells", {}) var eq_phase := after_phase.size() == before_phase.size() if eq_phase: for k in before_phase: if int(after_phase.get(k, -1)) != int(before_phase[k]): eq_phase = false break if not eq_phase: _problems.append("case⑰ 回挖掘相位作用集未逐位复位（%d→%d）" % [before_phase.size(), after_phase.size()]) # ⑤ 开关两态零扰动（case⑮ 同款升级到全板 revealed 摘要）：off 前后 ms 逻辑态逐位一致 var b17 = ms.current_board() var digest_before17: Array = [] for y in b17.height: for x in b17.width: digest_before17.append(ms.is_revealed(Vector2i(x, y))) bv.set_type_glow_enabled(false) var digest_off17: Array = [] for y in b17.height: for x in b17.width: digest_off17.append(ms.is_revealed(Vector2i(x, y))) if digest_off17 != digest_before17: _problems.append("case⑰ 微光开关改写逻辑态（两态结算逐位一致 🔴 契约破）") bv.set_type_glow_enabled(true) if not bool(bv.type_glow_probe().get("enabled", false)): _problems.append("case⑰ 微光开关未恢复开态") if _problems.is_empty(): print("[ui_input_probe] PASS — 悬停金框/禁入信号/路径预览/seal_place/chord/dig/英雄落位/影子构成/朝向/缩格重排/缺位回退/变异角标/视野迷雾/状态面板输入锁/未开格类型微光 十八断言全绿（真实 push_input 路径——⑫图上命中⑬画布拟合 2026-09-28 增，⑭变异角标 2026-09-29 增，④b 封印纹理槽回归 2026-10-02 增，⑮视野迷雾 2026-10-03 增〔+提灯接线断言 2026-10-05 迭代14⑤〕，⑯状态面板输入锁 2026-10-06 迭代17卡③增，⑰未开格类型微光 2026-10-17 迭代30卡①增，⑱信息迷雾绘制接线（display_probe 读实际绘制记录）增）") get_tree().quit(0) else: for p in _problems: push_error("[ui_input_probe] FAIL — " + p) print("[ui_input_probe] FAIL — " + "; ".join(_problems)) get_tree().quit(1) func _has_action(cell: Vector2i, kind: String) -> bool: for a in _actions: if a[0] == cell and a[1] == kind: return true return false func _pick_forbidden(bv, ms) -> Vector2i: var b = ms.current_board() var digp: Dictionary = bv.diggable_probe() for y in b.height: for x in b.width: var c := Vector2i(x, y) if not ms.is_revealed(c) and not digp.has(c): return c return Vector2i(-9, -9) func _pick_revealed(ms) -> Vector2i: var b = ms.current_board() var hero: Vector2i = ms.hero_pos() for y in b.height: for x in b.width: var c := Vector2i(x, y) if ms.is_revealed(c) and c != hero: return c return Vector2i(-9, -9) # 前沿已开格兜底选取（主角邻域无前沿时全板扫描） func _pick_frontier(bv, ms) -> Vector2i: var b = ms.current_board() for y in b.height: for x in b.width: var c := Vector2i(x, y) if ms.is_revealed(c) and _has_hidden_neighbor(bv, ms, c): return c return Vector2i(-9, -9) func _has_hidden_neighbor(bv, ms, c: Vector2i) -> bool: for n in bv._board.neighbors8(c): if not ms.is_revealed(n): return true return false # 合成事件落点 = BoardView 画布原点 + 格中心（cell_center_local 与 _cell_at 同一公式族） func _pos(bv, c: Vector2i) -> Vector2: return bv.global_position + bv.cell_center_local(c) func _push_motion(pos: Vector2) -> void: var ev := InputEventMouseMotion.new() ev.position = pos ev.global_position = pos main.get_viewport().push_input(ev, true) func _push_click(pos: Vector2, btn: int) -> void: var ev := InputEventMouseButton.new() ev.position = pos ev.global_position = pos ev.button_index = btn ev.pressed = true main.get_viewport().push_input(ev, true) # 释放沿（case⑯——BaseButton pressed 信号默认 release 触发：角标真点击须按压+释放成对） func _push_release(pos: Vector2, btn: int) -> void: var ev := InputEventMouseButton.new() ev.position = pos ev.global_position = pos ev.button_index = btn ev.pressed = false main.get_viewport().push_input(ev, true) func _pre_fail(why: String) -> void: push_error("[ui_input_probe] FAIL — " + why) print("[ui_input_probe] FAIL — " + why) get_tree().quit(1)