收尾：LanePanelState 抽取 + 错误提示非模态化（清空上一轮的“未完成”）
一、Lane 的内聚性（上一轮建议 5，本轮完成）
- 新增 struct LanePanelState { bool open = true; double x = -1.0; double y = -1.0; }；
- Lane 的 12 个平铺面板字段（edgePanelOpen/X/Y 等 × 4 类实验性功能）
→ 4 个聚合成员 edgePanel / edgeCenterPanel / meanFilterPanel / weakPeakPanel；
- 访问点全部改为 lane.edgePanel.open 形式（DataModelTab.cpp 快照拷贝、
PlotViewInteraction.cpp 面板拖拽、PlotViewPaint.cpp 面板层序绘制）；
- RebuildLanes 内部的 LaneCarry 同步收敛为 4 个 LanePanelState，
12 行逐字段赋值简化为 4 行整体赋值。
- 教训：批量改名不能对“声明”和“使用”跑同一组替换对，
否则声明行会变成 `bool edgePanel.open = true;` 这类非法代码。
二、错误提示与模态阻塞解耦（上一轮建议 1，本轮完成）
- Application 新增 SetModalErrorsEnabled(bool) / ModalErrorsEnabled()，
成员 m_modalErrorsEnabled 默认 true（交互场景行为不变）；
- Initialize 最先执行 SetModalErrorsEnabled(showCommand != SW_HIDE)：
隐藏窗口（自动化/离屏）下没人能点掉模态框，等于把进程钉死；
- SetStatusMessage(text, isError=true)：允许模态时原样 MessageBoxW，
否则改走非模态通道 m_plot.ShowPersistentHint(text)（绘图区底部浮层）；
普通提示与空文本依旧被忽略；
- PlotView 新增公开接口 ShowPersistentHint(text)（内部转 SetHintSticky），
不向宿主暴露粘滞/淡出等内部细节。
三、顺带修掉一个真实缺陷
- PlotView::Paint 在 m_lanes.empty() 时提前 return，而提示浮层在其后的
叠加层绘制 ⇒ 一个信号都没勾选时任何错误都显示不出来，恰恰是
“文件加载失败”最需要提示的场景；该分支补一次 PaintHint(g)。
四、验证（全部离屏：SW_HIDE + 不注入输入 + BELOW_NORMAL）
- make release / make debug：通过，零警告；Build/Release/Target.exe = 764416 B；
- verify 49/49、datacheck 69/69、edgecheck 46/46、panelanim 156/156；
- 新增探针 .preflight/perf/errcheck 19/19：默认值 / 隐藏窗口自动降级 / 宿主显式开关；
工作线程 + 5s 超时判定“不阻塞”（旧行为会永久阻塞，判失败并 ExitProcess，
探针不会挂住）；EnumWindows 统计本进程 #32770 顶层窗口数量前后不变；
错误文本进入 m_hintText / m_hintSticky / HintNeedsAnimation / m_hintShownAt；
像素级：有提示帧与无提示帧在绘图区内的差异像素 3781，且全帧差异同为 3781
（证明差异只来自提示）。
五、文档
- Documents/agent_mem.md：§9.37 新增第八节（本轮补齐）、第九节（仅剩 MF4 项）、
§11.2 新增第 93–95 条硬约束、变更日志新增一行；
- Documents/refactor_report_2026-10-16.md：§7.3 / §7.4 标记完成，新增 §九 收尾补记
（含 9.1–9.5：聚合化、解耦、探针、验证结果、变更清单）。
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@@ -78,24 +78,16 @@ namespace jdi
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bool edgeCount = false;
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double edgeValue = 0.0;
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bool edgeValueValid = false;
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bool edgePanelOpen = true;
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double edgePanelX = -1.0;
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double edgePanelY = -1.0;
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LanePanelState edgePanel;
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bool edgeCenter = false;
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std::vector<Lane::EdgeCenterItem> edgeCenterItems;
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bool edgeCenterPanelOpen = true;
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double edgeCenterPanelX = -1.0;
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double edgeCenterPanelY = -1.0;
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LanePanelState edgeCenterPanel;
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bool meanFilter = false;
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std::vector<Lane::MeanFilterItem> meanFilterItems;
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bool meanFilterPanelOpen = true;
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double meanFilterPanelX = -1.0;
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double meanFilterPanelY = -1.0;
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LanePanelState meanFilterPanel;
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bool weakPeak = false;
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std::vector<Lane::WeakPeakItem> weakPeakItems;
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bool weakPeakPanelOpen = true;
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double weakPeakPanelX = -1.0;
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double weakPeakPanelY = -1.0;
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LanePanelState weakPeakPanel;
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};
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// 先记下每个信号原来所在网格的网格自身状态：
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@@ -123,24 +115,16 @@ namespace jdi
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carry.edgeCount = lane.edgeCount;
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carry.edgeValue = lane.edgeValue;
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carry.edgeValueValid = lane.edgeValueValid;
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carry.edgePanelOpen = lane.edgePanelOpen;
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carry.edgePanelX = lane.edgePanelX;
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carry.edgePanelY = lane.edgePanelY;
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carry.edgePanel = lane.edgePanel;
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carry.edgeCenter = lane.edgeCenter;
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carry.edgeCenterItems = lane.edgeCenterItems;
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carry.edgeCenterPanelOpen = lane.edgeCenterPanelOpen;
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carry.edgeCenterPanelX = lane.edgeCenterPanelX;
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carry.edgeCenterPanelY = lane.edgeCenterPanelY;
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carry.edgeCenterPanel = lane.edgeCenterPanel;
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carry.meanFilter = lane.meanFilter;
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carry.meanFilterItems = lane.meanFilterItems;
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carry.meanFilterPanelOpen = lane.meanFilterPanelOpen;
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carry.meanFilterPanelX = lane.meanFilterPanelX;
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carry.meanFilterPanelY = lane.meanFilterPanelY;
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carry.meanFilterPanel = lane.meanFilterPanel;
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carry.weakPeak = lane.weakPeak;
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carry.weakPeakItems = lane.weakPeakItems;
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carry.weakPeakPanelOpen = lane.weakPeakPanelOpen;
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carry.weakPeakPanelX = lane.weakPeakPanelX;
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carry.weakPeakPanelY = lane.weakPeakPanelY;
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carry.weakPeakPanel = lane.weakPeakPanel;
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for (const SignalRef& ref : lane.signals)
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{
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previousCarry.emplace_back(ref, carry);
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@@ -165,24 +149,24 @@ namespace jdi
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lane.edgeCount = carry.edgeCount;
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lane.edgeValue = carry.edgeValue;
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lane.edgeValueValid = carry.edgeValueValid;
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lane.edgePanelOpen = carry.edgePanelOpen;
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lane.edgePanelX = carry.edgePanelX;
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lane.edgePanelY = carry.edgePanelY;
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lane.edgePanel.open = carry.edgePanel.open;
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lane.edgePanel.x = carry.edgePanel.x;
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lane.edgePanel.y = carry.edgePanel.y;
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lane.edgeCenter = carry.edgeCenter;
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lane.edgeCenterItems = carry.edgeCenterItems;
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lane.edgeCenterPanelOpen = carry.edgeCenterPanelOpen;
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lane.edgeCenterPanelX = carry.edgeCenterPanelX;
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lane.edgeCenterPanelY = carry.edgeCenterPanelY;
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lane.edgeCenterPanel.open = carry.edgeCenterPanel.open;
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lane.edgeCenterPanel.x = carry.edgeCenterPanel.x;
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lane.edgeCenterPanel.y = carry.edgeCenterPanel.y;
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lane.meanFilter = carry.meanFilter;
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lane.meanFilterItems = carry.meanFilterItems;
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lane.meanFilterPanelOpen = carry.meanFilterPanelOpen;
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lane.meanFilterPanelX = carry.meanFilterPanelX;
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lane.meanFilterPanelY = carry.meanFilterPanelY;
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lane.meanFilterPanel.open = carry.meanFilterPanel.open;
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lane.meanFilterPanel.x = carry.meanFilterPanel.x;
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lane.meanFilterPanel.y = carry.meanFilterPanel.y;
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lane.weakPeak = carry.weakPeak;
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lane.weakPeakItems = carry.weakPeakItems;
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lane.weakPeakPanelOpen = carry.weakPeakPanelOpen;
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lane.weakPeakPanelX = carry.weakPeakPanelX;
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lane.weakPeakPanelY = carry.weakPeakPanelY;
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lane.weakPeakPanel.open = carry.weakPeakPanel.open;
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lane.weakPeakPanel.x = carry.weakPeakPanel.x;
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lane.weakPeakPanel.y = carry.weakPeakPanel.y;
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};
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// 收集全部可见信号引用。
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