iter34 卡④ T1-T3: 信息迷雾类型可见性——层距 N＋Boss/候选豁免＋单圈回雾（N 读表）＋呈现显隐决策面＋画布大图断言与探针常数同源
- level_table.gd: info_visible_layers 字段（int≥1）＋validate 越域 domain 错；level.tres 挂 2 - level_runner.gd: type_visible_ids() 纯函数（入口 BFS 层差 ≤N ∪ Boss ∪ 候选，锚=当前节点层/入口停点 0；visited 不豁免）＋_bfs_layers() - level_map_screen.gd: node_display() 静态决策面＋display_probe()＋_draw_graph 图标/文字/Boss 描边三处改读决策面（结构通道零改动） - 新单测 level_map_type_vis_test（26 断言）／level_map_info_fog_test（19 断言）；run_all 注册两行 - smoke_all ⑬ 真图 L2 入口停点可见性组（+5 断言）；ui_input_probe ⑬ 常数锚同源化＋⑱ 雾不扩可点域 轻闸读数：冒烟 1211 项 0 失败（主区基线 1206，+5＝新增组）／probe_gate --click 全绿
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@@ -415,6 +415,26 @@ func _id_of(node: Dictionary) -> int:
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return _runner.node_id_of(node)
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# ---- 节点呈现决策面（信息迷雾 v2.1：类型仅在可见集内出示，Boss 标记不入雾）----
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# 纯函数、零内容读取：只消费类型与状态（节点内详情＝打谁/给什么，图上从不显示）。
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static func node_display(node: Dictionary, nid: int, type_vis: Array,
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is_current: bool, is_candidate: bool) -> Dictionary:
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var t := String(node.get("type", ""))
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var is_boss: bool = t == "boss"
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var type_shown: bool = is_boss or type_vis.has(nid)
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var label_text := String(NODE_TYPE_NAMES.get(t, t))
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if is_current:
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label_text = "当前位置"
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elif is_candidate:
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label_text += " · 可选"
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return {
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"draw_icon": type_shown,
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"draw_label": type_shown,
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"label_text": label_text,
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"boss_border": is_boss,
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}
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# ---- 整图自绘（程序化占位——分层布局：层 = 入口 BFS 深度，同层垂直排布）----
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func _draw_graph(canvas: Control) -> void:
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@@ -426,6 +446,7 @@ func _draw_graph(canvas: Control) -> void:
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# 当前节点 id（单链=下标 / 图=编号）——visited_ids() 已按编号空间解析
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var visited: Array[Variant] = _runner.visited_ids()
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var cand_ids: Array[Variant] = _runner.next_candidate_ids()
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var type_vis: Array = _runner.type_visible_ids() # 本停点类型可见集（每帧一取——纯函数零状态）
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# 连线（通道）先行画（方块覆盖其上）；悬停预承诺 = 所属通道再增亮（加粗）
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# 选路停点（候选非空）非候选通道降透明——金岔路从结构网分离（干线共线重叠缺陷的
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# 视觉主因：不同源通道共用同一垂直干线，金边与石色边焊接成「整列可走」假象）
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@@ -454,7 +475,8 @@ func _draw_graph(canvas: Control) -> void:
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col = COL_ROOM_CURRENT
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var rect := Rect2(p - NODE_HALF, NODE_HALF * 2.0)
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canvas.draw_rect(rect, col)
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if t == "boss":
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var disp := node_display(node, nid, type_vis, nid == current_id, cand_ids.has(nid))
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if bool(disp["boss_border"]):
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# Boss 描边 = 紫赤 2px（§4.2 色相独占）+ 外缘 1px 深墨环（灰度冗余通道强制：
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# 紫赤灰度 72 对石纹噪底 65 灰度不可辨；灰度/色弱下 Boss 环经深墨环可辨）
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canvas.draw_rect(Rect2(rect.position - Vector2(3, 3), rect.size + Vector2(6, 6)), UiKit.INK_ROUTE, false, 1.0)
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@@ -464,29 +486,26 @@ func _draw_graph(canvas: Control) -> void:
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canvas.draw_rect(rect, COL_PASSAGE_LIT, false, 4.0 if _hover_id == nid else 2.0)
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# 节点图标（20px 烘焙 1:1 消费；双色墨制=乘法调制——当前金底深墨，暗底系 WARM 原色；
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# 贴图缺位 → 字形回退=贴图在位字形退役惯例）
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var icon: Texture2D = _node_icons.get(t)
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if icon != null:
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var tint := UiKit.ICON_TINT_ON_GOLD if col == COL_ROOM_CURRENT else Color(1.0, 1.0, 1.0)
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canvas.draw_texture_rect(icon, Rect2(p - Vector2(NODE_ICON_PX, NODE_ICON_PX) / 2.0,
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Vector2(NODE_ICON_PX, NODE_ICON_PX)), false, tint)
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else:
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var font := get_theme_default_font()
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var label := String(NODE_LABELS.get(t, "?"))
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canvas.draw_string(font, p + Vector2(-6, 2), label, HORIZONTAL_ALIGNMENT_LEFT, -1, 16, UiKit.INK_ROUTE)
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if bool(disp["draw_icon"]):
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var icon: Texture2D = _node_icons.get(t)
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if icon != null:
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var tint := UiKit.ICON_TINT_ON_GOLD if col == COL_ROOM_CURRENT else Color(1.0, 1.0, 1.0)
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canvas.draw_texture_rect(icon, Rect2(p - Vector2(NODE_ICON_PX, NODE_ICON_PX) / 2.0,
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Vector2(NODE_ICON_PX, NODE_ICON_PX)), false, tint)
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else:
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var font := get_theme_default_font()
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var label := String(NODE_LABELS.get(t, "?"))
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canvas.draw_string(font, p + Vector2(-6, 2), label, HORIZONTAL_ALIGNMENT_LEFT, -1, 16, UiKit.INK_ROUTE)
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# 编号（右上角——与图标占位区零重叠；双色墨随态）
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var num_ink := UiKit.INK_ROUTE if col == COL_ROOM_CURRENT else UiKit.WARM
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canvas.draw_string(get_theme_default_font(), Vector2(rect.end.x - 16.0, rect.position.y + 8.0),
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str(nid), HORIZONTAL_ALIGNMENT_RIGHT, 14, 10, num_ink)
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# 类型文字标签（demo ④：节点下方 11px；当前位=「当前位置」金、候选=类型名+「 · 可选」烛光黄、
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# 其余=类型名暖米弱化；文字+图标+形状三通道）
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var type_text := String(NODE_TYPE_NAMES.get(t, t))
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if nid == current_id:
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type_text = "当前位置"
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elif cand_ids.has(nid):
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type_text += " · 可选"
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var type_ink := COL_ROOM_CURRENT if nid == current_id else (UiKit.CANDLE if cand_ids.has(nid) else UiKit.WARM_FAINT)
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canvas.draw_string(get_theme_default_font(), Vector2(p.x - 44.0, rect.end.y + 15.0),
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type_text, HORIZONTAL_ALIGNMENT_CENTER, 88, 11, type_ink)
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if bool(disp["draw_label"]):
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var type_ink := COL_ROOM_CURRENT if nid == current_id else (UiKit.CANDLE if cand_ids.has(nid) else UiKit.WARM_FAINT)
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canvas.draw_string(get_theme_default_font(), Vector2(p.x - 44.0, rect.end.y + 15.0),
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String(disp["label_text"]), HORIZONTAL_ALIGNMENT_CENTER, 88, 11, type_ink)
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func _layout(nodes: Array, canvas: Control) -> Dictionary:
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@@ -513,6 +532,21 @@ func canvas_probe() -> Dictionary:
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return {"origin": _canvas.get_global_position(), "min_size": _canvas.custom_minimum_size}
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# 类型可见性呈现只读快照（id → node_display 决策输出；真机绘制面断言消费点）
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func display_probe() -> Dictionary:
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var out := {}
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if _runner == null:
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return out
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var nodes: Array[Variant] = _runner.nodes()
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var type_vis: Array = _runner.type_visible_ids()
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var current_id: int = _runner.current_node_id()
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var cand_ids: Array = _runner.next_candidate_ids()
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for node in nodes:
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var nid := _id_of(node)
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out[nid] = node_display(node, nid, type_vis, nid == current_id, cand_ids.has(nid))
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return out
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# 分层（layout/fit 共享件）：layer = 入口 BFS 深度；同层 slot 垂直排布；未达节点兜底排末层
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func _assign_layers(nodes: Array, layer: Dictionary, slot: Dictionary) -> void:
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var layer_counts := {}
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