docs/superpowers/plans/2026-06-12-detail-render-engine.md

@@ -0,0 +1,114 @@
+# 数据详情「按类型渲染」通用引擎 + 迁移 inversion + measurement_data 实现计划
+
+> 2026-06-12。承接 `2026-06-11-dataset-detail-other-dd-types.md`(Phase 1 策略分派已 done)。
+> **决策(用户已拍板=选项2)**:建通用渲染引擎,并把已验收的 `dd_inversion_data` 一起迁到新引擎、删旧专用代码,终态只有一套。
+> **铁律**:不确定必用 Playwright 实看原版;严格 1:1;无活样本类型 BLOCKED。
+> **工作方式**:subagent-driven + TDD(真实夹具) + 破坏性接口改形原子落地保持构建绿。
+
+## 0. 背景与动机
+
+详情视图有多种 dd 类型,每类页签集 + 图形 kind 不同。现状把"两页签(chartReady/gridReady) + 两个专用 Load 句柄 + 写死 inversion 字段"耦合进三层。要支持 measurement_data / gr_data(柱状) / trajectory(轨迹) / grid(白化) 等且可持续扩展,需围绕「页签描述符」统一。
+
+## 1. Phase 0 实测成果(2026-06-12,真实响应,已抓夹具)
+
+API base:`http://tenant.geomative.cn/pop-api/business`。Auth header:`geomativeauthorization: Geomative <token>`。
+同一 TM(project=1438889436225536 / structParentId=1438889842614272)集齐 4 类样本:
+
+| ddCode | dsId 样本 | 端点 | 数据形状 | 页签 → render kind |
+|---|---|---|---|---|
+| `dd_ert_measurement_data` 原始 | 1453611522236416 | `GET dd/ert/measurement/scatter/graph?dsObjectId=&vFieldCode=`(图) + `GET dd/ert/measurement/rows?dsObjectId=`(列表) | 图:`{electrodeList[40], scatterGraphConf{x[2],v[6],y[3],vcalculationMethod[3]}, scatterGraphData{hasCoordinate,hasElevation,min[9],max[9],rows[576]位置数组}}`；列表:`{filedList[12], rowList[576]键控对象,含 vmap{R,V,I,R0_RD,SP,R0}}` | 散点伪剖面=Scatter + 列表=Table |
+| `dd_ert_measurement_gr_data` 接地电阻 | 1453611522285569 | `GET dd/ert/measurement/gr/rows?dsObjectId=` | `array[40]` of `{electrodeId,testDate,testTime,p1Rg,p1RgStatus,p2Rg,p2RgStatus}` | 柱状图=Bar(X=electrodeId,Y=电阻Ω,系列P1) + 列表=Table |
+| `dd_trajectory_data` 坐标 | 1438893961060352 | `GET dd/ert/trajectory/rows?dsObjectId=`(+`/line?…&frontCrsCode` 400 需参数) | `{rowList[40]{electrodeNo,projectX,projectY,longitude,latitude,elevation,lineNo,channelNo,…}, gridHeaderDisplay[14]}` | 地图=PolylineMap(平面折线,非GIS底图) + 列表=Table + 高程=LineProfile |
+| `dd_grid` 白化 | 1438944148742207 | `GET dd/ert/grid/rows?dsObjectId=&pageNo=&pageSize=` | `{rowList[N]{x,y,id}, gridHeaderDisplay[2], total}` **分页** | 列表=Table(仅,分页) |
+
+夹具:`tests/fixtures/dd/ert-measurement-scatter.json`、`ert-measurement-rows.json`(真实响应,rows 裁剪至 20,保 conf/min/max/electrodeList 全量)。
+
+**散点位置数组列序(rows[i]，与键控 rows 比对得)**:`[0]平距 [1]斜距 [2]layerNo(null) [3]伪深度(负,向下) [4]选中v原值 [5]log10(值) [6]导数态 [7]0 [8]id(str) [9]高程伪深度 [10]a [11]b [12]m [13]n [14]K [15]rowNo [16]选中v值(=色)`。默认 vFieldCode 空 → v=视电阻率 R0;x=平距;y=伪深度。色阶 cauto(同反演原数据,按 v 有限值 min/max 归一化)。
+
+**渲染 kind 全集**:Scatter / FilledContour / Bar / LineProfile / PolylineMap / Table /(未来 Image,GPR BLOCKED)。
+**通用 Table**:`{gridHeaderDisplay 或 filedList(列定义) + rowList(对象)}` 形状被 measurement列表/grid白化/trajectory列表共用 → 一个 `DataTableView` + 一个 `parseTable` 通吃(分页与列格式化为 parse-time/decorator,见 §4)。
+
+## 2. 目标架构
+
+依赖箭头:`controller(ViewKind/TabSpec/Controller) ← app/strategies, app/views ; data(DetailLoad/Repo) 产出 QVariant 载荷`。
+
+### 2.1 载荷(payload)——`src/model/detail/DetailPayloads.hpp`(纯数据,无 Qt-widget 依赖,Q_DECLARE_METATYPE)
+- `ScatterPayload { core::ScatterField scatter; core::ColorScale scale; }`(反演原数据 + measurement 散点共用;≈现 `ChartParts`)
+- `ContourPayload { core::Grid grid; core::ColorScale scale; std::vector<core::Anomaly> anomalies; }`(≈现 `GridParts`)
+- `TablePayload { std::vector<TableColumn> columns; std::vector<std::vector<QString>> rows; int total = 0; }`;`TableColumn { QString code, title; int width; int sort; }`
+- (Bar/LineProfile/Polyline 载荷待对应类型阶段再加,YAGNI)
+
+### 2.2 页签描述符 + 策略——`src/controller/DatasetDetailTab.hpp` + `IDatasetChartStrategy.hpp`
+```cpp
+enum class ViewKind { Scatter, FilledContour, Bar, LineProfile, PolylineMap, Table /*,Image*/ };
+struct TabSpec { QString title; ViewKind kind; QString loaderKey; bool lazy=false; bool paginated=false; };
+struct IDatasetChartStrategy { virtual std::string ddCode() const=0; virtual std::vector<TabSpec> tabs() const=0; }; // tabs() 取代 hasGridPhase()
+```
+`ChartStrategyRegistry` 不变。`ErtInversionStrategy::tabs()` = `{{"原数据",Scatter,"inversion.scatter",false},{"网格数据",FilledContour,"inversion.grid",true}}`。
+
+### 2.3 通用异步句柄——`src/data/api/DatasetLoadHandles.*`
+合并 `ChartLoad`/`GridLoad` → 单 `DetailLoad{ virtual void abort(); signals: done(QVariant); failed(QString); }` + `ApiDetailLoad`(包 ApiBatch + Parser=`std::function<QVariant(const QList<net::ApiResponse>&)>`)。**aborted_ 守卫 + 双 try/catch→failed + deleteLater 三件套从 ApiChartLoad 原样照搬**。删 `ChartParts`/`GridParts`(被 payload 取代)或保留作中间态(由实现者定,优先删以免双份)。
+
+### 2.4 仓储——`IAsyncDatasetRepository::loadAsync(loaderKey,dsId)` + `ApiDatasetRepository` 分派表
+唯一端点+解析器集中处。`if (key=="inversion.scatter") return makeInversionScatter(dsId); …`;未知 key 抛。每 make 建 ApiBatch + 注入返回 `QVariant::fromValue(payload)` 的解析器。删 `loadChartAsync/loadGridAsync`。
+> measurement scatter 的 `dsObjectId` 是 **query 参数**(`?dsObjectId=&vFieldCode=`,默认 vFieldCode 空),≠反演 path 参数;用现有 `enc()`。
+
+### 2.5 控制器——`DatasetDetailController` 变通用(无 per-ddCode if)
+```cpp
+slots: openDataset(dsId,ddCode,dsName), loadTab(dsId,ddCode,tabIndex), focusDataset(dsId);
+signals: datasetOpened(dsId,dsName, std::vector<TabSpec>), tabLoadStarted(dsId,tabIndex),
+         tabReady(dsId,tabIndex,QVariant), loadFailed(dsId,msg), focusRequested(dsId);
+```
+`openDataset`:查 registry,无→`loadFailed("暂不支持…")`(降级不变);`emit datasetOpened(...,strategy->tabs())`;对每个非 lazy 页签 `loadTab`。
+`loadTab`:**唯一保存 §5.0 安全不变量处**,按 tab 槽位:`inflight_`=`QMap<int,QPointer<DetailLoad>>`;abort 旧槽 → 新 load → `tabLoadStarted` → done 回调里 `if (load!=inflight_.value(i)) return;`(身份比对)→ `tabReady`。析构 abort 全部。删 `chartReady/gridReady/ChartData/GridData/loadGridData`。
+
+### 2.6 视图 + 工厂 + 壳
+- `src/app/panels/chart/IDetailView.hpp`:`{ QWidget* widget(); void setPayload(const QVariant&); }`。
+- `RawDataChartView`/`GridDataChartView` 实现 IDetailView:`setPayload` 解包 `ScatterPayload`/`ContourPayload` → 调原 `setData(...)`(**渲染代码零改**)。坏/空 variant → 可见"渲染数据格式错误"不崩。
+- `DetailViewFactory.{hpp,cpp}`:`makeDetailView(ViewKind,parent)` switch → 对应视图。
+- `DatasetDetailPage`:`build(tabs)` 按 TabSpec 建页签(`buildTabbedPanel` + 工厂);lazy 页签首次激活发 `tabNeeded(dsId,ddCode,i)`(泛化现 gridDataNeeded);`setTabPayload(i,QVariant)` → `views_[i]->setPayload`。删写死 `rawView_/gridView_/kGridTabIndex`。
+- `DatasetDetailPanel`:`onDatasetOpened(dsId,dsName,tabs)` 建 page→build;按 dsId 转发 tabReady/tabNeeded。dsId 去重壳逻辑不动。
+- `main.cpp`:接线改 datasetOpened/tabReady/tabNeeded/tabLoadStarted;registry 注册不变(后续加 MeasurementStrategy)。**与控制器改形同提交(原子)。**
+
+## 3. 实施序列(任务)
+
+### E1a 引擎地基(加性,构建保持绿) [task #1]
+新增 payloads / TabSpec/ViewKind / DetailLoad+ApiDetailLoad(与旧句柄并存) / `loadAsync` 分派(inversion.scatter/grid 产 payload),与旧 `loadChartAsync/loadGridAsync` 并存。TDD:DTO→payload、句柄桩(`tests/data/test_dataset_load_handles.cpp` 仿现有桩)、loadAsync 分派。**构建+测试全绿,旧路径不动。**
+
+### E1b 破坏性改形 + inversion 迁移(原子) [task #2]
+控制器/策略接口/视图 IDetailView/工厂/Page/Panel/main.cpp 全部切到 tab 引擎;删旧 `chartReady/gridReady/ChartData/GridData/ChartLoad/GridLoad/loadChartAsync/loadGridAsync/hasGridPhase`。改全部相关测试(controller/strategy_registry/handles)。**一个提交内落地,构建+测试绿 + 跑 app 双击标准 ds `1458990939709440` 目视回归两页签(散点+网格等值面+异常)正常。**
+
+### E2 measurement_data(③散点伪剖面 + 列表) [task #3]
+
+**Phase 0 色阶补查(2026-06-12,已坐实,夹具齐)**:measurement 散点**有 colorBar**,来自 `POST lvl/colorGradation/getDetail` body **`{dsObjectId, businessCode:"<vFieldCode,默认R0>", type:3}`**(注意:businessCode=v字段码、type=3,≠反演的 type1/2;用 businessCode='' 会返回 null)。响应是**与反演同构的混合格式 colorBar**(hex + rgba alpha 0–1,18 个对数间距 stops `0.00→#00008B … 208.40→#FF0000 … 1323.20→rgba(48,0,48,1)`,`lvlSchemeType:normal`/equalAreaLayerCount/labelConfig/lineConfig)——**现有 `DatasetChartDto` colorBar 解析器(AlphaScale::Unit)直接可用**。截图核对:散点按 v 值**绝对值离散映射**到 colorBar(同反演**网格** `colorAtDiscrete`,**非**反演原数据的连续 cauto),右侧 ColorBarWidget 显示离散级。夹具:`tests/fixtures/dd/ert-measurement-{scatter,rows,colorbar}.json`;原版截图 `meas-scatter-original.jpeg`。
+
+**⚠️ 着色模型修正(2026-06-12 读原版 Plotly `_fullData` 实测,推翻"离散"判断)**:原版是 **Plotly scattergl**,散点**连续 cauto 着色**(非离散!):`marker.color`=原始 v 值(col4,**含负值**,本例范围 -1066.59~1232.44);`cauto:true` → `cmin/cmax`=数据 v 的真实 min/max(**含负离群值**);`colorscale`=连续 18 段,**position=colorBar值/maxColorBar值(1323.20)**;上色=`norm(v)=(v-cmin)/(cmax-cmin)` 查 colorscale 连续插值。验证 v=50.18→norm 0.4857→暗紫(stop 0.358 与 0.540 之间)。**这与 inversion 原数据完全同路(交接 §0.2:cauto 数据范围 + colorscale 位置 val/maxVal),measurement 必须用 `discreteColor=false` 走同一条已验收路径**,而非我 E2 误用的 colorAtDiscrete。负离群值撑大数据范围 → R0=25~250 全挤色阶中段暗紫,故原版几乎全暗紫(仅极端值现橙/蓝)。colorBar 图例(竖排右侧离散色块标 0.00~1323.20)独立于 cauto,显示 colorBar 自身 value→color。hover=浮动黑底框 X/Y/Value/a/b/m/n(另有底部 footer A=B=M=N=DataRow=Pseu_Resis=)。
+
+**散点渲染规格(截图确认)**:x=**斜距 slopeDistance**(toolbar 默认,col1;≈平距,几乎不可辨,存疑标用户核对)、y=**伪深度 pseudoDepth**(col3,负向下)、色=**视电阻率 R0**(col16,离散 colorBar)、x 轴在**顶部**(同反演原数据)、y=0 处画 **40 个灰色菱形=电极位置**(electrodeList 的 x)、hover 显示 `A= B= M= N= DataRow= Pseu_Resis=`(col10-13=A/B/M/N + 值)。工具条(散点图/数据列表 切换、显示/隐藏、数据过滤、x/y/v/计算方法下拉、色阶配置、生成视电阻率、反演运算、另存为、导出)=**范围外**,MVP 只渲染默认静态视图。
+- 端点:scatter `GET dd/ert/measurement/scatter/graph?dsObjectId=&vFieldCode=`(空=默认R0)+ colorBar `POST lvl/colorGradation/getDetail{dsObjectId,businessCode:"R0",type:3}`;列表 `GET dd/ert/measurement/rows?dsObjectId=`。loaderKey `ert_measurement.scatter` 用 ApiBatch 组 scatter+colorBar 两请求(类比反演 loadChartAsync 的 scatter+type1)。
+
+- `src/data/dto/MeasurementDto.{hpp,cpp}`:`parseMeasurementScatter(scatterJson, colorBarJson)→ScatterPayload`(位置数组 rows:x=col1 斜距/y=col3 伪深度/色值=col16;colorBar 复用现有解析器→离散 ColorScale;电极 electrodeList→灰菱形,可放 ScatterPayload 扩展或单列);`parseTable(QJsonObject)→TablePayload`(通用:列来自 `gridHeaderDisplay` 或 `filedList`,值预格式化为 QString;measurement 的 `vmap` 由解析器摊平为列——按 filedList 列码取 vmap[code])。
+- `src/app/panels/chart/DataTableView.{hpp,cpp}`:IDetailView + QTableView + QAbstractTableModel(由 TablePayload 构),列宽/标题/排序来自 TableColumn。
+- `src/app/strategies/MeasurementStrategy.hpp`:ddCode=`dd_ert_measurement_data`,tabs=`{{"散点伪剖面",Scatter,"ert_measurement.scatter",false},{"列表",Table,"ert_measurement.rows",true}}`。
+- `ApiDatasetRepository`:加 `ert_measurement.scatter`(scatter/graph,query 参数 + 默认 vFieldCode 空)、`ert_measurement.rows`(measurement/rows)loaderKey。
+- `DetailViewFactory`:加 `Table` case。`main.cpp`:注册 MeasurementStrategy 一行。
+- TDD 用 `tests/fixtures/dd` 夹具:`tests/data/test_measurement_dto.cpp`(散点位置解码/y 负号/列提取/vmap 摊平) + 控制器 2 页签谱 + loadAsync 分派。
+- 构建+测试绿 + 跑 app 双击「ERT原始数据」对照原版散点伪剖面 + 列表目视核对。
+
+## 4. 风险与裁断(architect 评估)
+
+1. **不要过度泛化控制器信号面**:`tabReady(dsId,i,QVariant)` 单信号已吸收全部近期形状(类型擦除)。激进泛化"句柄/载荷"(合一 DetailLoad/QVariant,是纯去重),但控制器信号保持扁平最小。分页的 `pageNo` 等真做 dd_grid 再加一个默认参,加性无重构。
+2. **QVariant 类型擦除以编译期安全换扩展性**:错的 loaderKey→ViewKind→payload 三元组是运行期 cast miss 而非编译错。缓解:downcast 仅在每视图 `setPayload` 一处;坏 variant 出可见错误不崩(配合现 GuardedApplication::notify);每策略一条 round-trip 测试。接受此权衡(否则 N×3 个 XxxLoad/XxxReady/XxxData 爆炸)。
+3. **不要提前耦合 BLOCKED 的 GPR/radar**:引擎结构上可容纳(加 ViewKind::Image/GisMap + 新视图+解析器+loaderKey,控制器/句柄零改),故不被锁死;但现在不加任何 enum 值/桩(1:1 + 无样本)。trajectory 的 PolylineMap 是金丝雀,证明非图非表视图也能套进引擎。
+
+**通用 Table 的边界**:list 形状(measurement/trajectory/grid)共用对;但 ① 分页(dd_grid 独有)= `PaginatedTableView` 装饰器或 spec `paginated` 标志 + page 发 `loadTab(...,pageNo)`,**基类 DataTableView 保持哑**;② 列格式化/值语义(measurement 的 vmap 摊平、gr 的 status 标志着色)= **parse-time** 处理(TablePayload 存预格式化 QString),需要彩色状态格时再加 `TableColumn.kind` 提示(YAGNI)。bar 不是表复用——gr_data 主页签是 Bar,列表页签才复用 parseTable。
+
+## 5. 安全不变量(spec §5.0,务必保留)
+
+"abort 后绝不回灌"三件套:① 每层 `aborted_` 入口守卫;② 控制器句柄身份比对(`if (load!=inflight_.value(i)) return;`);③ 一律 `deleteLater`。错误判定:业务 `code!=200 || !rawError.isEmpty()`(HTTP 200 也可能 code=500)。迁移后这三件套从"按 Chart/Grid 阶段"改"按页签槽位",逐字保留,不得重造削弱。
+
+## 6. 构建/测试命令
+
+- 构建:`powershell.exe -ExecutionPolicy Bypass -File scripts/dev-build.ps1`(LNK1104 先 `Get-Process geopro_desktop|Stop-Process -Force`)。
+- 测试:`powershell.exe -ExecutionPolicy Bypass -File scripts/dev-test.ps1`(先 build)。基线 **122/122 绿**。
+- 单测过滤:`build/release/tests/geopro_tests.exe --gtest_filter=<Suite>.*`。

src/app/CMakeLists.txt

@@ -29,6 +29,8 @@ add_executable(geopro_desktop WIN32
   panels/DescriptionPanel.cpp
   panels/chart/RawDataChartView.cpp
   panels/chart/GridDataChartView.cpp
+  panels/chart/DataTableView.cpp
+  panels/chart/DetailViewFactory.cpp
   panels/chart/ChartTheme.cpp
   panels/chart/ColorMapService.cpp
   panels/chart/ColorBarWidget.cpp

src/app/main.cpp

@@ -85,6 +85,7 @@
 #include "WorkbenchNavController.hpp"
 #include "DatasetDetailController.hpp"
 #include "panels/chart/ErtInversionStrategy.hpp"
+#include "panels/chart/MeasurementStrategy.hpp"
 #include "api/ApiProjectRepository.hpp"
 #include "api/ApiDatasetRepository.hpp"
 #include "panels/ObjectTreePanel.hpp"
@@ -514,37 +515,23 @@ void buildWorkbench(QMainWindow& window, geopro::data::LocalSampleRepository& re
                          if (!dsId.isEmpty()) detailCtrl.openDataset(dsId, ddCode, dsName);
                      });
 
-    // ── 控制器信号 → 详情面板：数据就绪开页 / 聚焦请求 ──
+    // ── 控制器信号 → 详情面板（tab 引擎）：开页 / 页签就绪 / 加载中 / 聚焦 ──
-    QObject::connect(
+    QObject::connect(&detailCtrl, &geopro::controller::DatasetDetailController::datasetOpened,
-        &detailCtrl, &geopro::controller::DatasetDetailController::chartReady, detailPanel,
+                     detailPanel, &geopro::app::DatasetDetailPanel::onDatasetOpened);
-        [detailPanel](const geopro::controller::DatasetDetailController::ChartData& d) {
+    QObject::connect(&detailCtrl, &geopro::controller::DatasetDetailController::tabReady,
-            detailPanel->openOrUpdate(d);
+                     detailPanel, &geopro::app::DatasetDetailPanel::onTabReady);
-        });
+    QObject::connect(&detailCtrl, &geopro::controller::DatasetDetailController::tabLoadStarted,
+                     detailPanel, &geopro::app::DatasetDetailPanel::onTabLoadStarted);
     QObject::connect(&detailCtrl, &geopro::controller::DatasetDetailController::focusRequested,
-                     detailPanel, [detailPanel](const QString& dsId) {
+                     detailPanel, &geopro::app::DatasetDetailPanel::focusDataset);
-                         detailPanel->focusDataset(dsId);
+    // ── 页签懒加载：lazy 页签首次激活 → 控制器按 (dsId,ddCode,tabIndex) 拉载荷 → 回填 ──
-                     });
+    QObject::connect(detailPanel, &geopro::app::DatasetDetailPanel::tabNeeded, &detailCtrl,
-    // ── 网格数据懒加载：网格页首次激活 → 拉 rows+色阶type2+异常 → 回填对应页 ──
+                     &geopro::controller::DatasetDetailController::loadTab);
-    QObject::connect(detailPanel, &geopro::app::DatasetDetailPanel::gridDataNeeded, &detailCtrl,
+    // context 用 detailPanel：析构即自动断连，避免野指针。window 比 detailPanel 活得久，
-                     &geopro::controller::DatasetDetailController::loadGridData);
+    // 捕 &window 取状态栏安全。失败时清该页 lazy 遮罩（幂等）并状态栏提示。
-    QObject::connect(
-        &detailCtrl, &geopro::controller::DatasetDetailController::gridReady, detailPanel,
-        [detailPanel](const geopro::controller::DatasetDetailController::GridData& d) {
-            detailPanel->setGridData(d);
-        });
-    QObject::connect(
-        &detailCtrl, &geopro::controller::DatasetDetailController::loadStarted, detailPanel,
-        [detailPanel](const QString& dsId,
-                      geopro::controller::DatasetDetailController::LoadPhase phase) {
-            if (phase == geopro::controller::DatasetDetailController::LoadPhase::Grid)
-                detailPanel->setGridLoading(dsId, true);
-        });
-    // context 用 detailPanel（与 loadStarted 一致）：detailPanel 析构即自动断连，避免野指针。
-    // window 比 detailPanel 活得久，lambda 捕 &window 取状态栏安全。loadFailed 无 phase：
-    // Chart 失败时 gridOverlay 本已隐藏，setGridLoading(false) 幂等无害；Grid 失败时正确清遮罩。
     QObject::connect(&detailCtrl, &geopro::controller::DatasetDetailController::loadFailed, detailPanel,
                      [&window, detailPanel](const QString& dsId, const QString& msg) {
-                         detailPanel->setGridLoading(dsId, false);
+                         detailPanel->onLoadFailed(dsId, msg);
                          window.statusBar()->showMessage(
                              QStringLiteral("数据集 %1 加载失败：%2").arg(dsId, msg), 5000);
                      });
@@ -924,6 +911,7 @@ int main(int argc, char* argv[])
     // 策略注册表须比 detailCtrl 活得久（同作用域、在前声明）。
     geopro::controller::ChartStrategyRegistry chartRegistry;
     chartRegistry.add(std::make_unique<geopro::app::ErtInversionStrategy>());
+    chartRegistry.add(std::make_unique<geopro::app::MeasurementStrategy>());
     geopro::controller::DatasetDetailController detailCtrl(datasetRepo, chartRegistry);
 
     // ── 外壳：标准 QMainWindow（原生标题栏）。buildWorkbench 直接用其

src/app/panels/DatasetDetailPage.cpp

@@ -6,63 +6,78 @@
 #include "Glyphs.hpp"
 #include "PanelHeader.hpp"
 #include "panels/LoadingOverlay.hpp"
-#include "panels/chart/GridDataChartView.hpp"
+#include "panels/chart/DetailViewFactory.hpp"
-#include "panels/chart/RawDataChartView.hpp"
+#include "panels/chart/IDetailView.hpp"
 
 namespace geopro::app {
 
-namespace {
-constexpr int kGridTabIndex = 1;  // 「网格数据」页签在 tabs 中的索引
-}
-
 DatasetDetailPage::DatasetDetailPage(QWidget* parent) : QWidget(parent) {
     auto* lay = new QVBoxLayout(this);
     lay->setContentsMargins(0, 0, 0, 0);
     lay->setSpacing(0);
+}
 
-    rawView_ = new RawDataChartView(this);
+void DatasetDetailPage::build(const QString& dsId, const QString& ddCode, const QString& dsName,
-    gridView_ = new GridDataChartView(this);
+                              const std::vector<geopro::controller::TabSpec>& tabs) {
-    gridOverlay_ = new LoadingOverlay(gridView_);  // 父为 gridView_，随其尺寸覆盖网格图区
+    Q_ASSERT(views_.empty());  // build() 仅一次：views_ 为已 release 的裸指针，二次构建会泄漏旧视图
+    if (!views_.empty()) return;
+    dsId_ = dsId;
+    ddCode_ = ddCode;
+    dsName_ = dsName;
+    tabs_ = tabs;
+    views_.assign(tabs.size(), nullptr);
+    loaded_.assign(tabs.size(), false);
+    requested_.assign(tabs.size(), false);
+    overlays_.clear();
 
-    const QVector<PanelTab> tabs = {
+    // 按 TabSpec 经工厂造视图，并组装为带表头页签的面板。
-        {Glyph::Detail,  QStringLiteral("原数据"),   rawView_,  false},
+    QVector<PanelTab> panelTabs;
-        {Glyph::Dataset, QStringLiteral("网格数据"),  gridView_, false},
+    for (size_t i = 0; i < tabs.size(); ++i) {
-    };
+        const auto& spec = tabs[i];
+        auto view = makeDetailView(spec.kind, this);  // 抛出由调用栈兜底（GuardedApplication）
+        IDetailView* raw = view.release();            // QWidget 由 this/QwtPlot 父子树接管生命周期
+        views_[i] = raw;
+        // lazy 页签：建覆盖该视图的加载遮罩（父为视图 widget，随其尺寸覆盖图区）。
+        if (spec.lazy) overlays_[static_cast<int>(i)] = new LoadingOverlay(raw->widget());
+        panelTabs.append({Glyph::Detail, spec.title, raw->widget(), false});
+    }
     const QVector<HeaderAction> actions = {
         {Glyph::Download, QStringLiteral("导出")},
     };
 
-    auto tabbedPanel = buildTabbedPanel(tabs, actions);
+    auto tabbedPanel = buildTabbedPanel(panelTabs, actions);
-    lay->addWidget(tabbedPanel.container);
+    layout()->addWidget(tabbedPanel.container);
 
-    // 「网格数据」页签首次激活 → 懒加载网格数据（rows 服务端网格化慢，故不随开页同步拉）。
+    // lazy 页签首次激活 → 发 tabNeeded 请求懒加载（数据慢，故不随开页同步拉）。
     if (tabbedPanel.tabGroup) {
         connect(tabbedPanel.tabGroup, &QButtonGroup::idClicked, this, [this](int idx) {
-            if (idx != kGridTabIndex || gridRequested_ || dsId_.isEmpty()) return;
+            if (idx < 0 || idx >= static_cast<int>(tabs_.size())) return;
-            gridRequested_ = true;
+            if (!tabs_[static_cast<size_t>(idx)].lazy) return;
-            emit gridDataNeeded(dsId_, ddCode_);
+            if (requested_[static_cast<size_t>(idx)] || loaded_[static_cast<size_t>(idx)]) return;
+            if (dsId_.isEmpty()) return;
+            requested_[static_cast<size_t>(idx)] = true;
+            emit tabNeeded(dsId_, ddCode_, idx);
         });
     }
 }
 
-void DatasetDetailPage::setData(const geopro::controller::DatasetDetailController::ChartData& d) {
+void DatasetDetailPage::setTabPayload(int tabIndex, const QVariant& payload) {
-    dsId_ = d.dsId;
+    if (tabIndex < 0 || tabIndex >= static_cast<int>(views_.size())) return;
-    ddCode_ = d.ddCode;
+    if (auto* v = views_[static_cast<size_t>(tabIndex)]) v->setPayload(payload);
-    gridRequested_ = false;  // 新数据集 → 网格数据需重新按需加载
+    loaded_[static_cast<size_t>(tabIndex)] = true;
-    rawView_->setData(d);
+    requested_[static_cast<size_t>(tabIndex)] = true;  // 已加载，切回不再重复请求
-    gridView_->setData(d);
+    setTabLoading(tabIndex, false);                    // 数据到达，隐藏遮罩
-    setGridLoading(false);   // 重开/换 ds：重置遮罩状态，避免上次的「加载中」残留
 }
 
-void DatasetDetailPage::setGridData(
+void DatasetDetailPage::setTabLoading(int tabIndex, bool on) {
-        const geopro::controller::DatasetDetailController::GridData& d) {
+    auto it = overlays_.find(tabIndex);
-    gridRequested_ = true;  // 已加载，切回网格页不再重复请求
+    if (it == overlays_.end()) return;  // 非 lazy 页签无遮罩
-    gridView_->setGridData(d.grid, d.gridScale, d.anomalies);
+    if (on) it.value()->showOver(); else it.value()->hide();
-    setGridLoading(false);  // 数据到达，隐藏遮罩
 }
 
-void DatasetDetailPage::setGridLoading(bool on) {
+void DatasetDetailPage::clearAllLoadingOverlays() {
-    if (on) gridOverlay_->showOver(); else gridOverlay_->hide();
+    for (auto* overlay : overlays_)
+        if (overlay) overlay->hide();
 }
 
 }  // namespace geopro::app

src/app/panels/DatasetDetailPage.hpp

@@ -1,35 +1,51 @@
 #pragma once
+#include <vector>
+#include <QMap>
+#include <QVariant>
 #include <QWidget>
-#include "DatasetDetailController.hpp"
+#include "DatasetDetailTab.hpp"  // geopro::controller::TabSpec
 
 namespace geopro::app {
 
-class RawDataChartView;
+class IDetailView;
-class GridDataChartView;
 class LoadingOverlay;
 
-// 单个数据集详情页：下划线页签「原数据 / 网格数据」+ 右侧「导出」操作。
+// 单个数据集详情页：按策略 tabs() 动态建页签 + 右侧「导出」操作。
-// 内部分别由 RawDataChartView / GridDataChartView 实现各自三层布局。
+// 每页签由工厂造的 IDetailView 承载；lazy 页签首次激活时发 tabNeeded 请求懒加载。
 class DatasetDetailPage : public QWidget {
     Q_OBJECT
 public:
     explicit DatasetDetailPage(QWidget* parent = nullptr);
-    void setData(const geopro::controller::DatasetDetailController::ChartData& d);
+
-    // 网格数据到达（懒加载结果）→ 下发给 GridDataChartView 并标记已加载。
+    // 按页签集构建页签（首次打开调一次）。dsId/ddCode/dsName 用于 tabNeeded。
-    void setGridData(const geopro::controller::DatasetDetailController::GridData& d);
+    void build(const QString& dsId, const QString& ddCode, const QString& dsName,
-    // 网格懒加载进行中(true)/结束(false)时切换遮罩显隐。
+               const std::vector<geopro::controller::TabSpec>& tabs);
-    void setGridLoading(bool on);
+
+    // 页签载荷到达 → 下发给对应视图并标记已加载、隐藏遮罩。
+    void setTabPayload(int tabIndex, const QVariant& payload);
+    // 页签加载进行中 → 对 lazy 页签显示遮罩（非 lazy 页签无遮罩，幂等忽略）。
+    void setTabLoading(int tabIndex, bool on);
+    // 清掉本页全部加载遮罩（失败兜底用，不假设页签数；幂等）。
+    void clearAllLoadingOverlays();
+
     QString dsId() const { return dsId_; }
+    int tabCount() const { return static_cast<int>(tabs_.size()); }
+
 signals:
-    // 「网格数据」页签首次激活且本页网格数据未加载 → 请求懒加载。
+    // lazy 页签首次激活且未加载 → 请求懒加载。
-    void gridDataNeeded(const QString& dsId, const QString& ddCode);
+    void tabNeeded(const QString& dsId, const QString& ddCode, int tabIndex);
+
 private:
     QString dsId_;
     QString ddCode_;
-    bool gridRequested_ = false;  // 已请求过（避免重复发信号）
+    QString dsName_;
-    RawDataChartView* rawView_;
+    std::vector<geopro::controller::TabSpec> tabs_;
-    GridDataChartView* gridView_;
+    // 与 tabs_ 同序。每个 IDetailView 持有的 QWidget 经 build() 以 this 为父接管，
-    LoadingOverlay* gridOverlay_;  // 网格懒加载期间覆盖 gridView_ 的遮罩
+    // 生命周期由 Qt 父子树清理（不在此 delete）；build() 仅调用一次（见其断言）。
+    std::vector<IDetailView*> views_;
+    std::vector<bool> loaded_;                 // 各页签是否已加载（避免重复请求）
+    std::vector<bool> requested_;              // lazy 页签是否已请求过
+    QMap<int, LoadingOverlay*> overlays_;      // lazy 页签的加载遮罩（覆盖该视图）
 };
 
 }  // namespace geopro::app

src/app/panels/DatasetDetailPanel.cpp

@@ -18,26 +18,35 @@ DatasetDetailPage* DatasetDetailPanel::pageFor(const QString& dsId) const {
     return nullptr;
 }
 
-void DatasetDetailPanel::openOrUpdate(const geopro::controller::DatasetDetailController::ChartData& d) {
+void DatasetDetailPanel::onDatasetOpened(const QString& dsId, const QString& ddCode,
-    auto* p = pageFor(d.dsId);
+                                         const QString& dsName,
+                                         const std::vector<geopro::controller::TabSpec>& tabs) {
+    auto* p = pageFor(dsId);
     if (!p) {
         p = new DatasetDetailPage(this);
-        const QString title = d.dsName.isEmpty() ? d.dsId : d.dsName;  // 页签标题用数据名（空则回退 id）
+        p->build(dsId, ddCode, dsName, tabs);  // ddCode 透传 → 页内 tabNeeded 携带
+        const QString title = dsName.isEmpty() ? dsId : dsName;  // 页签标题用数据名（空则回退 id）
         const int idx = addTab(p, title);
         setTabToolTip(idx, title);  // 名称过长被省略时悬停可见全名
-        // 页内「网格数据」页签首次激活 → 冒泡为面板信号（外部接控制器懒加载）。
+        // 页内 lazy 页签首次激活 → 冒泡为面板信号（外部接控制器 loadTab）。
-        connect(p, &DatasetDetailPage::gridDataNeeded, this, &DatasetDetailPanel::gridDataNeeded);
+        connect(p, &DatasetDetailPage::tabNeeded, this, &DatasetDetailPanel::tabNeeded);
     }
-    p->setData(d);
     setCurrentWidget(p);
 }
 
-void DatasetDetailPanel::setGridData(const geopro::controller::DatasetDetailController::GridData& d) {
+void DatasetDetailPanel::onTabReady(const QString& dsId, int tabIndex, const QVariant& payload) {
-    if (auto* p = pageFor(d.dsId)) p->setGridData(d);
+    if (auto* p = pageFor(dsId)) p->setTabPayload(tabIndex, payload);
 }
-void DatasetDetailPanel::setGridLoading(const QString& dsId, bool on) {
+
-    if (auto* p = pageFor(dsId)) p->setGridLoading(on);
+void DatasetDetailPanel::onTabLoadStarted(const QString& dsId, int tabIndex) {
+    if (auto* p = pageFor(dsId)) p->setTabLoading(tabIndex, true);
 }
+
+void DatasetDetailPanel::onLoadFailed(const QString& dsId, const QString&) {
+    // 失败：清掉该页全部「加载中」遮罩（不假设页签数；幂等：非 lazy/已隐藏皆无害）。
+    if (auto* p = pageFor(dsId)) p->clearAllLoadingOverlays();
+}
+
 void DatasetDetailPanel::focusDataset(const QString& dsId) {
     if (auto* p = pageFor(dsId)) setCurrentWidget(p);
 }

src/app/panels/DatasetDetailPanel.hpp

@@ -1,21 +1,29 @@
 #pragma once
+#include <vector>
 #include <QTabWidget>
-#include "DatasetDetailController.hpp"
+#include <QVariant>
+#include "DatasetDetailTab.hpp"  // geopro::controller::TabSpec
 namespace geopro::app {
 class DatasetDetailPage;
 
-// 多 Tab 壳：每数据集一页(按 dsId 去重)。R095。
+// 多 Tab 壳：每数据集一页(按 dsId 去重)。R095。tab 引擎版。
 class DatasetDetailPanel : public QTabWidget {
     Q_OBJECT
 public:
     explicit DatasetDetailPanel(QWidget* parent = nullptr);
-    void openOrUpdate(const geopro::controller::DatasetDetailController::ChartData& d); // 双击/数据到达
+
-    void setGridData(const geopro::controller::DatasetDetailController::GridData& d);   // 网格数据懒加载到达
+    // 数据集打开：find-or-create 页 → build(tabs) → 加/抬该面板页签。
-    void setGridLoading(const QString& dsId, bool on);  // 网格懒加载进行中/结束 → 转发给对应页
+    void onDatasetOpened(const QString& dsId, const QString& ddCode, const QString& dsName,
+                         const std::vector<geopro::controller::TabSpec>& tabs);
+    void onTabReady(const QString& dsId, int tabIndex, const QVariant& payload);
+    void onTabLoadStarted(const QString& dsId, int tabIndex);
+    void onLoadFailed(const QString& dsId, const QString& message);
     void focusDataset(const QString& dsId);  // 单击聚焦已开页
+
 signals:
-    void activeDatasetChanged(const QString& dsId);            // 反向联动数据集列表
+    void activeDatasetChanged(const QString& dsId);                            // 反向联动数据集列表
-    void gridDataNeeded(const QString& dsId, const QString& ddCode);  // 网格页首次激活 → 请求懒加载
+    void tabNeeded(const QString& dsId, const QString& ddCode, int tabIndex);  // lazy 页首激活 → 懒加载
+
 private:
     DatasetDetailPage* pageFor(const QString& dsId) const;
 };

src/app/panels/chart/ColorBarWidget.cpp

@@ -9,10 +9,16 @@ namespace geopro::app {
 static constexpr int kBarHeight = 18;   // 色带高度（px）
 static constexpr int kTickHeight = 4;   // 刻度短线高度（px）
 static constexpr int kFontSize = 9;     // 刻度字号
+static constexpr int kVBarWidth = 16;   // 竖条色带宽度（px）
+static constexpr int kVLabelGap = 4;    // 竖条值标签与色带间距（px）
 
-ColorBarWidget::ColorBarWidget(QWidget* parent)
+ColorBarWidget::ColorBarWidget(QWidget* parent, Orientation orient)
-    : QWidget(parent) {
+    : QWidget(parent), orient_(orient) {
-    setFixedHeight(36);
+    if (orient_ == Orientation::Vertical) {
+        setFixedWidth(64);  // 竖条 + 左侧值标签
+    } else {
+        setFixedHeight(36);
+    }
     // 主题热切换：底色/边框/刻度字跟随主题重绘（色带本身=数据色，不变）。
     connect(&ThemeManager::instance(), &ThemeManager::changed, this,
             qOverload<>(&QWidget::update));
@@ -26,6 +32,14 @@ void ColorBarWidget::setColorScale(const core::ColorScale& scale) {
 void ColorBarWidget::paintEvent(QPaintEvent* /*event*/) {
     QPainter p(this);
     p.setRenderHint(QPainter::Antialiasing, false);
+    if (orient_ == Orientation::Vertical) {
+        paintVertical(p);
+    } else {
+        paintHorizontal(p);
+    }
+}
+
+void ColorBarWidget::paintHorizontal(QPainter& p) {
     const int W = width();
     const int H = height();
     // 浅色=白底深字（原版 1:1）；暗色=深底浅字，避免刺眼白条。色带格(数据色)两者不变。
@@ -79,4 +93,58 @@ void ColorBarWidget::paintEvent(QPaintEvent* /*event*/) {
     }
 }
 
+void ColorBarWidget::paintVertical(QPainter& p) {
+    const int W = width();
+    const int H = height();
+    const bool dark = isDarkTheme();
+    const QColor bgColor     = dark ? tokenColor("bg/panel")      : QColor(Qt::white);
+    const QColor borderColor = dark ? tokenColor("border/strong") : QColor(120, 120, 120);
+    const QColor textColor   = dark ? tokenColor("text/secondary"): QColor(60, 60, 60);
+    p.fillRect(0, 0, W, H, bgColor);
+
+    auto stops = scale_.stops();
+    if (stops.size() < 2) return;
+
+    QFont font = p.font();
+    font.setPixelSize(kFontSize);
+    p.setFont(font);
+    QFontMetrics fm(font);
+
+    // 竖条靠右；左侧留出值标签宽度。上下各留半行高，避免顶/底标签出界。
+    const int halfLine = fm.height() / 2 + 1;
+    const int barRight = W - 2;
+    const int barLeft = barRight - kVBarWidth;
+    const int barTop = halfLine;
+    const int barBottom = H - halfLine;
+    const int barH = barBottom - barTop;
+    if (barH < 10 || barLeft < 0) return;
+
+    // 等高色带：每相邻断点一格，最大值在顶、最小值在底（与原版 1323→0 自上而下一致）。
+    const int nSeg = static_cast<int>(stops.size()) - 1;
+    // segY(i): 第 i 个边界的 y（i=0 为最小值在底，i=nSeg 为最大值在顶）。
+    auto segY = [&](int i) {
+        return barBottom - static_cast<int>(static_cast<double>(i) / nSeg * barH);
+    };
+    for (int i = 0; i < nSeg; ++i) {
+        int yB = segY(i), yT = segY(i + 1);
+        if (yT >= yB) yT = yB - 1;
+        const auto& c = stops[i].second;  // 段 [stop_i, stop_{i+1}) 取 stop_i 色（与离散一致）
+        p.fillRect(barLeft, yT, kVBarWidth, yB - yT, QColor(c.r, c.g, c.b, c.a));
+    }
+    // 外边框
+    p.setPen(QPen(borderColor, 1));
+    p.drawRect(barLeft, barTop, kVBarWidth - 1, barH - 1);
+
+    // 边界值标签（色带左侧，垂直居中于各边界）。
+    p.setPen(textColor);
+    for (int i = 0; i <= nSeg; ++i) {
+        int y = segY(i);
+        const QString label = QString::number(stops[i].first, 'f', 2);
+        int tw = fm.horizontalAdvance(label);
+        int tx = barLeft - kVLabelGap - tw;
+        if (tx < 0) tx = 0;
+        p.drawText(tx, y + fm.ascent() / 2 - 1, label);
+    }
+}
+
 }  // namespace geopro::app

src/app/panels/chart/ColorBarWidget.hpp

@@ -4,13 +4,17 @@
 
 namespace geopro::app {
 
-// 独立色阶条 Widget，水平排布：上方彩色色带 + 下方刻度值。
+// 独立色阶条 Widget，作为 QwtPlot 的兄弟 widget，不进入 Qwt 坐标系，
-// 作为 QwtPlot 的兄弟 widget 布局在图表下方，不进入 Qwt 坐标系，
 // 因此不随图表缩放/平移移动，也不与轴标注重叠。
+//   Horizontal（默认，反演原数据）：底部横条，等宽色带 + 下方边界刻度值。
+//   Vertical（measurement）：右侧竖条，等高色带，最大值在顶、最小值在底，
+//                            边界值标在色带左侧（对齐原版 Plotly 离散图例）。
 class ColorBarWidget : public QWidget {
     Q_OBJECT
 public:
-    explicit ColorBarWidget(QWidget* parent = nullptr);
+    enum class Orientation { Horizontal, Vertical };
+
+    explicit ColorBarWidget(QWidget* parent = nullptr, Orientation orient = Orientation::Horizontal);
 
     void setColorScale(const core::ColorScale& scale);
 
@@ -18,7 +22,11 @@ protected:
     void paintEvent(QPaintEvent* event) override;
 
 private:
+    void paintHorizontal(QPainter& p);
+    void paintVertical(QPainter& p);
+
     core::ColorScale scale_;
+    Orientation orient_;
 };
 
 }  // namespace geopro::app

src/app/panels/chart/DataTableView.cpp

@@ -0,0 +1,151 @@
+#include "panels/chart/DataTableView.hpp"
+
+#include <QHeaderView>
+#include <QPainter>
+#include <QTableView>
+#include <QVBoxLayout>
+
+namespace geopro::app {
+
+namespace {
+// 药丸开关配色（原版蓝色 ON）。
+const QColor kSwitchOn(64, 158, 255);    // 蓝色（ON/可见）
+const QColor kSwitchOff(190, 190, 190);  // 灰色（OFF/隐藏）
+constexpr int kSwitchW = 36;             // 轨道宽
+constexpr int kSwitchH = 18;             // 轨道高（=直径）
+constexpr int kKnobMargin = 2;           // 旋钮与轨道边距
+constexpr int kToggleColW = 80;          // Toggle 列固定窄宽（开关 36 + 两侧留白）
+}  // namespace
+
+TablePayloadModel::TablePayloadModel(QObject* parent) : QAbstractTableModel(parent) {}
+
+void TablePayloadModel::setPayload(const geopro::core::TablePayload& payload) {
+    beginResetModel();
+    payload_ = payload;
+    endResetModel();
+}
+
+int TablePayloadModel::rowCount(const QModelIndex& parent) const {
+    if (parent.isValid()) return 0;
+    return static_cast<int>(payload_.rows.size());
+}
+
+int TablePayloadModel::columnCount(const QModelIndex& parent) const {
+    if (parent.isValid()) return 0;
+    return static_cast<int>(payload_.columns.size());
+}
+
+QVariant TablePayloadModel::data(const QModelIndex& index, int role) const {
+    if (!index.isValid()) return {};
+    const size_t r = static_cast<size_t>(index.row());
+    const size_t c = static_cast<size_t>(index.column());
+    if (r >= payload_.rows.size() || c >= payload_.rows[r].size()) return {};
+    if (role == Qt::TextAlignmentRole)
+        return static_cast<int>(Qt::AlignCenter);  // 单元内容水平+垂直居中
+    if (role == Qt::DisplayRole) return payload_.rows[r][c];
+    return {};
+}
+
+QVariant TablePayloadModel::headerData(int section, Qt::Orientation orientation, int role) const {
+    if (role != Qt::DisplayRole) return {};
+    if (orientation == Qt::Horizontal) {
+        if (section < 0 || section >= static_cast<int>(payload_.columns.size())) return {};
+        return payload_.columns[static_cast<size_t>(section)].title;
+    }
+    return section + 1;  // 行号
+}
+
+geopro::core::TableColumnKind TablePayloadModel::columnKind(int column) const {
+    if (column < 0 || column >= static_cast<int>(payload_.columns.size()))
+        return geopro::core::TableColumnKind::Text;
+    return payload_.columns[static_cast<size_t>(column)].kind;
+}
+
+ToggleSwitchDelegate::ToggleSwitchDelegate(const TablePayloadModel* model, QObject* parent)
+    : QStyledItemDelegate(parent), model_(model) {}
+
+void ToggleSwitchDelegate::paint(QPainter* painter, const QStyleOptionViewItem& option,
+                                 const QModelIndex& index) const {
+    if (!model_ || model_->columnKind(index.column()) != geopro::core::TableColumnKind::Toggle) {
+        QStyledItemDelegate::paint(painter, option, index);
+        return;
+    }
+    // 画背景（选中态/交替行），但不画文本。
+    QStyleOptionViewItem opt = option;
+    initStyleOption(&opt, index);
+    opt.text.clear();
+    if (const QWidget* w = opt.widget)
+        w->style()->drawControl(QStyle::CE_ItemViewItem, &opt, painter, w);
+
+    const bool on = index.data(Qt::DisplayRole).toString() == QLatin1String("1");
+
+    // 居中药丸开关。
+    const QRect cell = option.rect;
+    QRectF track(cell.center().x() - kSwitchW / 2.0, cell.center().y() - kSwitchH / 2.0,
+                 kSwitchW, kSwitchH);
+    painter->save();
+    painter->setRenderHint(QPainter::Antialiasing, true);
+    painter->setPen(Qt::NoPen);
+    painter->setBrush(on ? kSwitchOn : kSwitchOff);
+    painter->drawRoundedRect(track, kSwitchH / 2.0, kSwitchH / 2.0);
+    // 白色旋钮（ON 靠右，OFF 靠左）。
+    const double d = kSwitchH - 2.0 * kKnobMargin;
+    const double knobX = on ? track.right() - kKnobMargin - d : track.left() + kKnobMargin;
+    painter->setBrush(Qt::white);
+    painter->drawEllipse(QRectF(knobX, track.top() + kKnobMargin, d, d));
+    painter->restore();
+}
+
+QSize ToggleSwitchDelegate::sizeHint(const QStyleOptionViewItem& option,
+                                     const QModelIndex& index) const {
+    if (!model_ || model_->columnKind(index.column()) != geopro::core::TableColumnKind::Toggle)
+        return QStyledItemDelegate::sizeHint(option, index);
+    // 贴合开关的窄宽（+两侧内边距），高度沿用默认行高，避免 ResizeToContents 撑宽该列。
+    return QSize(kToggleColW, kSwitchH + 6);
+}
+
+DataTableView::DataTableView(QWidget* parent) : QWidget(parent) {
+    auto* lay = new QVBoxLayout(this);
+    lay->setContentsMargins(0, 0, 0, 0);
+    lay->setSpacing(0);
+
+    model_ = new TablePayloadModel(this);
+    table_ = new QTableView(this);
+    table_->setModel(model_);
+    table_->setAlternatingRowColors(true);
+    table_->setEditTriggers(QAbstractItemView::NoEditTriggers);
+    table_->setSelectionBehavior(QAbstractItemView::SelectRows);
+    // 列宽策略在 setPayload 按列种类设置（Toggle 列固定窄宽；文本列均分 Stretch）。
+    // 不强制拉伸末列——末列通常是窄的 Toggle 列，拉伸会把它撑得过宽。
+    table_->horizontalHeader()->setStretchLastSection(false);
+    table_->horizontalHeader()->setDefaultAlignment(Qt::AlignCenter);  // 表头文本居中
+    table_->verticalHeader()->setDefaultSectionSize(24);
+    table_->verticalHeader()->setVisible(false);  // 原版无行号列
+
+    // Toggle 列委托：把“隐藏/显示”列画成蓝色药丸开关。
+    table_->setItemDelegate(new ToggleSwitchDelegate(model_, table_));
+
+    lay->addWidget(table_);
+}
+
+void DataTableView::setPayload(const QVariant& payload) {
+    if (!payload.canConvert<geopro::core::TablePayload>()) return;  // 坏/空 → 空态
+    const auto t = payload.value<geopro::core::TablePayload>();
+    model_->setPayload(t);
+
+    // 列宽策略：文本列等宽均分，Toggle 列窄。
+    //   Toggle 列  → Fixed 固定窄宽（贴合开关 + 留白），开关居中。
+    //   其余文本列 → Stretch（均分可用宽度，整体均衡，无单一巨列、无右侧空白）。
+    auto* header = table_->horizontalHeader();
+    for (size_t i = 0; i < t.columns.size(); ++i) {
+        const int col = static_cast<int>(i);
+        if (t.columns[i].kind == geopro::core::TableColumnKind::Toggle) {
+            header->setSectionResizeMode(col, QHeaderView::Fixed);
+            table_->setColumnWidth(col, kToggleColW);
+        } else {
+            header->setSectionResizeMode(col, QHeaderView::Stretch);
+        }
+    }
+}
+
+}  // namespace geopro::app

src/app/panels/chart/DataTableView.hpp

@@ -0,0 +1,60 @@
+#pragma once
+#include <QAbstractTableModel>
+#include <QStyledItemDelegate>
+#include <QWidget>
+#include "model/detail/DetailPayloads.hpp"
+#include "panels/chart/IDetailView.hpp"
+
+class QTableView;
+
+namespace geopro::app {
+
+// TablePayload 驱动的只读表模型（列标题来自 TableColumn，单元为预格式化 QString）。
+class TablePayloadModel : public QAbstractTableModel {
+    Q_OBJECT
+public:
+    explicit TablePayloadModel(QObject* parent = nullptr);
+    void setPayload(const geopro::core::TablePayload& payload);
+
+    int rowCount(const QModelIndex& parent = QModelIndex()) const override;
+    int columnCount(const QModelIndex& parent = QModelIndex()) const override;
+    QVariant data(const QModelIndex& index, int role) const override;
+    QVariant headerData(int section, Qt::Orientation orientation, int role) const override;
+
+    // 列渲染种类（供委托判断是否画开关）。越界返回 Text。
+    geopro::core::TableColumnKind columnKind(int column) const;
+
+private:
+    geopro::core::TablePayload payload_;
+};
+
+// Toggle 列委托：把单元值（"1"=ON/"0"=OFF）画成蓝色药丸开关（仅展示状态，暂不联动散点）。
+// Text 列回退到默认绘制。
+class ToggleSwitchDelegate : public QStyledItemDelegate {
+    Q_OBJECT
+public:
+    explicit ToggleSwitchDelegate(const TablePayloadModel* model, QObject* parent = nullptr);
+    void paint(QPainter* painter, const QStyleOptionViewItem& option,
+               const QModelIndex& index) const override;
+    // Toggle 列返回贴合开关的窄尺寸（供 ResizeToContents 不至于撑宽）；其余回退默认。
+    QSize sizeHint(const QStyleOptionViewItem& option, const QModelIndex& index) const override;
+
+private:
+    const TablePayloadModel* model_;  // 不拥有
+};
+
+// 通用数据列表视图：IDetailView + QTableView。measurement/grid/trajectory 列表共用。
+class DataTableView : public QWidget, public IDetailView {
+    Q_OBJECT
+public:
+    explicit DataTableView(QWidget* parent = nullptr);
+
+    QWidget* widget() override { return this; }
+    void setPayload(const QVariant& payload) override;  // 坏/空 variant → 保持空态不崩
+
+private:
+    QTableView* table_;
+    TablePayloadModel* model_;
+};
+
+}  // namespace geopro::app

src/app/panels/chart/DetailViewFactory.cpp

@@ -0,0 +1,28 @@
+#include "panels/chart/DetailViewFactory.hpp"
+
+#include <stdexcept>
+
+#include "panels/chart/DataTableView.hpp"
+#include "panels/chart/GridDataChartView.hpp"
+#include "panels/chart/RawDataChartView.hpp"
+
+namespace geopro::app {
+
+std::unique_ptr<IDetailView> makeDetailView(controller::ViewKind kind, QWidget* parent) {
+    switch (kind) {
+        case controller::ViewKind::Scatter:
+            return std::unique_ptr<IDetailView>(new RawDataChartView(parent));
+        case controller::ViewKind::FilledContour:
+            return std::unique_ptr<IDetailView>(new GridDataChartView(parent));
+        case controller::ViewKind::Table:
+            return std::unique_ptr<IDetailView>(new DataTableView(parent));
+        case controller::ViewKind::Bar:
+        case controller::ViewKind::LineProfile:
+        case controller::ViewKind::PolylineMap:
+            // 后续阶段补：Bar(gr_data)/LineProfile,PolylineMap(trajectory)。
+            throw std::runtime_error("makeDetailView: ViewKind not yet implemented");
+    }
+    throw std::runtime_error("makeDetailView: unknown ViewKind");
+}
+
+}  // namespace geopro::app

src/app/panels/chart/DetailViewFactory.hpp

@@ -0,0 +1,16 @@
+#pragma once
+#include <memory>
+#include "DatasetDetailTab.hpp"  // geopro::controller::ViewKind
+
+class QWidget;
+
+namespace geopro::app {
+
+class IDetailView;
+
+// 按 render kind 造详情视图。E1b 仅支持 Scatter / FilledContour（反演两页签）；
+// Bar/LineProfile/PolylineMap/Table 留待后续阶段（measurement/trajectory/grid）补，
+// 现阶段命中会抛 std::runtime_error（明确失败，而非静默空指针）。
+std::unique_ptr<IDetailView> makeDetailView(controller::ViewKind kind, QWidget* parent);
+
+}  // namespace geopro::app

src/app/panels/chart/ErtInversionStrategy.hpp

@@ -1,9 +1,17 @@
 #pragma once
+#include <vector>
 #include "IDatasetChartStrategy.hpp"  // geopro::controller（geopro_controller PUBLIC include）
 namespace geopro::app {
-// ERT 反演策略：散点(chart) + 网格等值面(grid) 两阶段。
+// ERT 反演策略：散点(原数据，同步) + 网格等值面(网格数据，懒加载) 两页签。
 struct ErtInversionStrategy : controller::IDatasetChartStrategy {
     std::string ddCode() const override { return "dd_inversion_data"; }
-    bool hasGridPhase() const override { return true; }  // 反演有网格数据阶段
+    std::vector<controller::TabSpec> tabs() const override {
+        return {
+            {QStringLiteral("原数据"),   controller::ViewKind::Scatter,
+             QStringLiteral("inversion.scatter"), /*lazy*/ false, /*paginated*/ false},
+            {QStringLiteral("网格数据"), controller::ViewKind::FilledContour,
+             QStringLiteral("inversion.grid"),    /*lazy*/ true,  /*paginated*/ false},
+        };
+    }
 };
 }  // namespace geopro::app

src/app/panels/chart/GridDataChartView.cpp

@@ -177,10 +177,13 @@ GridDataChartView::~GridDataChartView() {
     delete colorSvc_;
 }
 
-void GridDataChartView::setData(const geopro::controller::DatasetDetailController::ChartData& d) {
+void GridDataChartView::setPayload(const QVariant& payload) {
-    data_ = d;
+    if (!payload.canConvert<geopro::core::ContourPayload>()) {
-    // 开页：仅把 anomalies 喂给底部异常列表；图表区待网格数据懒加载后填充。
+        // 坏/空 variant：保持空态（不渲染、不崩）。
-    anomalyTable_->setAnomalies(d.anomalies, {}, {});
+        return;
+    }
+    const auto p = payload.value<geopro::core::ContourPayload>();
+    setGridData(p.grid, p.scale, p.anomalies);
 }
 
 void GridDataChartView::setGridData(const geopro::core::Grid& grid,

src/app/panels/chart/GridDataChartView.hpp

@@ -3,10 +3,11 @@
 
 #include <QWidget>
 
-#include "DatasetDetailController.hpp"
 #include "model/Anomaly.hpp"
 #include "model/ColorScale.hpp"
 #include "model/Field.hpp"
+#include "model/detail/DetailPayloads.hpp"
+#include "panels/chart/IDetailView.hpp"
 
 class QSlider;
 class QLabel;
@@ -24,24 +25,23 @@ class ContourPlotItem;
 // 网格数据图表视图：工具条 + QwtPlot（白底 + 真实比尺 + 实时平移/滚轮缩放，x 轴在底部）
 // + 独立色阶条 + 底部双页签（异常列表/描述）。
 // 填充走 ContourPlotItem 栅格热力图 + 矢量等值线 + 标注 + 异常叠加。
-class GridDataChartView : public QWidget {
+class GridDataChartView : public QWidget, public IDetailView {
     Q_OBJECT
 public:
     explicit GridDataChartView(QWidget* parent = nullptr);
     ~GridDataChartView() override;
 
-    // 开页时调用：仅喂底部异常列表（网格数据随网格页激活懒加载）。
-    void setData(const geopro::controller::DatasetDetailController::ChartData& d);
-
     // 网格数据到达（懒加载结果）：建色彩服务 + ContourPlotItem，挂到 QwtPlot，更新色阶条/异常表。
     void setGridData(const geopro::core::Grid& grid, const geopro::core::ColorScale& gridScale,
                      const std::vector<geopro::core::Anomaly>& anoms);
 
+    // IDetailView：解包 ContourPayload（grid + 色阶 + 异常）→ setGridData。坏/空 variant 保持空态。
+    QWidget* widget() override { return this; }
+    void setPayload(const QVariant& payload) override;
+
 private:
     void rebuildContour();  // 按当前显隐开关重建并重绘 ContourPlotItem
 
-    geopro::controller::DatasetDetailController::ChartData data_;
-
     QwtPlot* plot_ = nullptr;
     QwtPlotRescaler* rescaler_ = nullptr;
     ColorBarWidget* colorBar_ = nullptr;

src/app/panels/chart/IDetailView.hpp

@@ -0,0 +1,17 @@
+#pragma once
+#include <QVariant>
+
+class QWidget;
+
+namespace geopro::app {
+
+// 详情页签视图统一接口：壳/工厂只依赖它，渲染细节由具体视图自行解包载荷。
+// widget() 返回承载的 QWidget（多为 this）；setPayload 解包 QVariant 载荷并渲染。
+class IDetailView {
+public:
+    virtual ~IDetailView() = default;
+    virtual QWidget* widget() = 0;
+    virtual void setPayload(const QVariant& payload) = 0;
+};
+
+}  // namespace geopro::app

src/app/panels/chart/MeasurementStrategy.hpp

@@ -0,0 +1,18 @@
+#pragma once
+#include <vector>
+#include "IDatasetChartStrategy.hpp"  // geopro::controller
+namespace geopro::app {
+
+// ERT 原始数据（measurement）策略：散点伪剖面（同步）+ 数据列表（懒加载）两页签。
+struct MeasurementStrategy : controller::IDatasetChartStrategy {
+    std::string ddCode() const override { return "dd_ert_measurement_data"; }
+    std::vector<controller::TabSpec> tabs() const override {
+        return {
+            {QStringLiteral("散点图"),   controller::ViewKind::Scatter,
+             QStringLiteral("ert_measurement.scatter"), /*lazy*/ false, /*paginated*/ false},
+            {QStringLiteral("数据列表"), controller::ViewKind::Table,
+             QStringLiteral("ert_measurement.rows"),    /*lazy*/ true,  /*paginated*/ false},
+        };
+    }
+};
+}  // namespace geopro::app

src/app/panels/chart/RawDataChartView.cpp

@@ -5,9 +5,17 @@
 #include "panels/chart/ScatterPlotItem.hpp"
 
 #include <QComboBox>
+#include <QCursor>
 #include <QHBoxLayout>
+#include <QIcon>
 #include <QLabel>
+#include <QPainter>
+#include <QPainterPath>
+#include <QPen>
+#include <QPixmap>
+#include <QPushButton>
 #include <QToolButton>
+#include <QToolTip>
 #include <QVBoxLayout>
 
 #include <qwt_plot.h>
@@ -29,9 +37,11 @@ RawDataChartView::RawDataChartView(QWidget* parent) : QWidget(parent) {
     auto* lay = new QVBoxLayout(this);
     lay->setContentsMargins(0, 0, 0, 0);
     lay->setSpacing(0);
+    rootLay_ = lay;
 
-    // ---- 工具条 ----
+    // ---- 工具条（默认 = 反演原数据；measurement 到来时 buildMeasurementToolbar 替换）----
     auto* toolbar = new QWidget(this);
+    toolbar_ = toolbar;
     auto* tbLay = new QHBoxLayout(toolbar);
     tbLay->setContentsMargins(4, 4, 4, 4);
     tbLay->setSpacing(4);
@@ -111,9 +121,21 @@ RawDataChartView::RawDataChartView(QWidget* parent) : QWidget(parent) {
     rescaler_->setAspectRatio(1.0);
     rescaler_->setEnabled(true);
 
-    lay->addWidget(plot_, 1);
+    // ---- 图表行：plot（stretch）+ 右侧竖向色阶条（measurement 用，默认隐藏）----
+    auto* plotRow = new QWidget(this);
+    auto* plotRowLay = new QHBoxLayout(plotRow);
+    plotRowLay->setContentsMargins(0, 0, 0, 0);
+    plotRowLay->setSpacing(0);
+    plotRowLay->addWidget(plot_, 1);
 
-    // ---- 独立色阶条（固定高 36px，QwtPlot 的兄弟 widget）----
+    colorBarV_ = new ColorBarWidget(plotRow, ColorBarWidget::Orientation::Vertical);
+    colorBarV_->setObjectName(QStringLiteral("rawColorScaleBarV"));
+    colorBarV_->setVisible(false);  // 默认（反演原数据）用底部横条
+    plotRowLay->addWidget(colorBarV_);
+
+    lay->addWidget(plotRow, 1);
+
+    // ---- 底部独立色阶条（固定高 36px，反演原数据用）----
     colorBar_ = new ColorBarWidget(this);
     colorBar_->setObjectName(QStringLiteral("rawColorScaleBar"));
     lay->addWidget(colorBar_);
@@ -133,27 +155,280 @@ QWidget* RawDataChartView::plotArea() const {
     return plot_;
 }
 
-void RawDataChartView::setData(
+namespace {
-        const geopro::controller::DatasetDetailController::ChartData& d) {
+
-    data_ = d;
+// 把一组 FieldOption 填进下拉，并按 defaultCode（或 defaultName 回退）选中默认项。
+void fillCombo(QComboBox* combo, const std::vector<geopro::core::FieldOption>& opts,
+               const QString& defaultCode, const QString& defaultName) {
+    for (const auto& o : opts) {
+        // 用户可见名为 name；userData 存 fieldCode（重绘/识别用）。
+        combo->addItem(o.name, o.code);
+    }
+    // 默认选中：优先匹配 fieldCode，否则匹配 name（method 的 code 全为 null，用 name）。
+    int idx = defaultCode.isEmpty() ? -1 : combo->findData(defaultCode);
+    if (idx < 0 && !defaultName.isEmpty()) idx = combo->findText(defaultName);
+    if (idx >= 0) combo->setCurrentIndex(idx);
+}
+
+// ── 工具条占位图标（线性风格，2× 超采样 → HiDPI 清晰）────────────────────
+// 原版用 Arco line icons（viewBox 0 0 48 48，stroke-width 4，stroke=currentColor）。
+// 这里以 QPainter 画细线风格，逻辑边长 logical px（按钮 setIconSize 用同值），
+// 像素 2× 渲染并 setDevicePixelRatio(2) 保证缩放下不糊。
+constexpr int kToolIconPx = 16;     // 逻辑图标边长（与 setIconSize 对齐）
+constexpr qreal kToolIconScale = 2.0;  // 超采样倍率（HiDPI 清晰）
+
+QPixmap makeToolIconCanvas(QPainter& p) {
+    // 调用方在 [0,kToolIconPx] 逻辑坐标系下作画；返回前缩放 + 设 dpr。
+    const int dim = qRound(kToolIconPx * kToolIconScale);
+    QPixmap pm(dim, dim);
+    pm.fill(Qt::transparent);
+    p.begin(&pm);
+    p.setRenderHint(QPainter::Antialiasing, true);
+    p.setRenderHint(QPainter::SmoothPixmapTransform, true);
+    p.scale(kToolIconScale, kToolIconScale);  // 之后用逻辑 px 坐标
+    return pm;
+}
+
+// 信息图标：细描边圆 + 内部 "i"（圆点 + 竖线），品牌蓝（两主题一致，对应原版小蓝圈-i）。
+QIcon makeInfoIcon() {
+    const QColor accent = tokenColor("accent/primary");
+    QPainter p;
+    QPixmap pm = makeToolIconCanvas(p);
+    const qreal s = kToolIconPx;
+    QPen pen(accent, 1.4);
+    pen.setCapStyle(Qt::RoundCap);
+    p.setPen(pen);
+    p.setBrush(Qt::NoBrush);
+    // 外圈（留 1.5px 边距，避免描边被裁）。
+    const qreal m = 1.5;
+    p.drawEllipse(QRectF(m, m, s - 2 * m, s - 2 * m));
+    // "i"：上点 + 下竖线（居中）。
+    const qreal cx = s / 2.0;
+    p.setBrush(accent);
+    p.setPen(Qt::NoPen);
+    p.drawEllipse(QPointF(cx, s * 0.34), 0.9, 0.9);  // 点
+    QPen stem(accent, 1.4);
+    stem.setCapStyle(Qt::RoundCap);
+    p.setPen(stem);
+    p.drawLine(QPointF(cx, s * 0.46), QPointF(cx, s * 0.70));  // 竖
+    p.end();
+    pm.setDevicePixelRatio(kToolIconScale);
+    return QIcon(pm);
+}
+
+// 框选图标：虚线方框（选区）+ 右下角小箭头光标。描边随主题（次要文本色，两主题可见）。
+QIcon makeMarqueeIcon() {
+    const QColor stroke = tokenColor("text/secondary");
+    QPainter p;
+    QPixmap pm = makeToolIconCanvas(p);
+    const qreal s = kToolIconPx;
+    // 虚线选区框（左上偏移，给右下角箭头让位）。
+    QPen dash(stroke, 1.3);
+    dash.setCapStyle(Qt::FlatCap);
+    dash.setJoinStyle(Qt::MiterJoin);
+    QVector<qreal> pattern{2.0, 1.6};
+    dash.setDashPattern(pattern);
+    p.setPen(dash);
+    p.setBrush(Qt::NoBrush);
+    p.drawRect(QRectF(2.0, 2.0, s - 6.0, s - 6.0));
+    // 右下角小箭头光标（实线填充，指向右下）。
+    QPainterPath cur;
+    const qreal ax = s - 5.0, ay = s - 5.0;
+    cur.moveTo(ax, ay);
+    cur.lineTo(ax + 4.6, ay + 1.8);
+    cur.lineTo(ax + 1.9, ay + 2.6);
+    cur.lineTo(ax + 1.1, ay + 4.9);
+    cur.closeSubpath();
+    p.setPen(Qt::NoPen);
+    p.setBrush(stroke);
+    p.drawPath(cur);
+    p.end();
+    pm.setDevicePixelRatio(kToolIconScale);
+    return QIcon(pm);
+}
+
+// 把占位 QToolButton 配成图标按钮：清文字、设图标 + 固定尺寸（与工具条其它按钮一致高度）。
+void styleToolIconButton(QToolButton* btn, const QIcon& icon) {
+    btn->setText(QString());
+    btn->setIcon(icon);
+    btn->setIconSize(QSize(kToolIconPx, kToolIconPx));
+    btn->setAutoRaise(true);
+    btn->setFixedSize(QSize(28, 28));  // 与下拉/按钮行高协调；不再过小或锯齿
+    btn->setCursor(Qt::PointingHandCursor);
+}
+
+}  // namespace
+
+void RawDataChartView::showNotImplemented(QWidget* anchor) {
+    // 轻提示：占位按钮/下拉点击 → 暂未实现（不阻塞，不弹窗）。
+    const QPoint pos = anchor ? anchor->mapToGlobal(QPoint(0, anchor->height()))
+                              : QCursor::pos();
+    QToolTip::showText(pos, QStringLiteral("暂未实现"), anchor);
+}
+
+void RawDataChartView::replotForAxis() {
+    // 本地换 x/y（无网络）：按下拉 fieldCode 从备选列取数据，重设 scatter.x/.y 并重绘。
+    if (!xCombo_ || !yCombo_ || !scatterItem_) return;
+    const QString xCode = xCombo_->currentData().toString();
+    const QString yCode = yCombo_->currentData().toString();
+
+    if (xCode == QStringLiteral("horizontalDistance") && !data_.altXHorizontal.empty())
+        data_.scatter.x = data_.altXHorizontal;
+    else if (!data_.altXSlope.empty())
+        data_.scatter.x = data_.altXSlope;  // 默认/斜距
+
+    if (yCode == QStringLiteral("elevationPseudoDepth") && !data_.altYElevationPseudo.empty())
+        data_.scatter.y = data_.altYElevationPseudo;
+    else if (yCode == QStringLiteral("pseudoDepth") && !data_.altYPseudo.empty())
+        data_.scatter.y = data_.altYPseudo;
+    // 层数(Layer No)：数据为 null → 不改轴（保持当前），选项可选但 no-op。
+
+    scatterItem_->setData(data_.scatter, colorSvc_);
+    if (hoverTip_) hoverTip_->setField(&data_.scatter);
+    QRectF bbox = scatterItem_->boundingRect();
+    if (!bbox.isEmpty()) {
+        plot_->setAxisScale(QwtPlot::xTop, bbox.left(), bbox.right());
+        plot_->setAxisScale(QwtPlot::yLeft, bbox.top(), bbox.bottom());
+    }
+    plot_->updateAxes();
+    if (rescaler_) rescaler_->rescale();
+    plot_->replot();
+}
+
+void RawDataChartView::buildMeasurementToolbar(const geopro::core::ScatterToolbarConf& conf) {
+    auto* toolbar = new QWidget(this);
+    auto* tbLay = new QHBoxLayout(toolbar);
+    tbLay->setContentsMargins(4, 4, 4, 4);
+    tbLay->setSpacing(4);
+
+    // [i] info + [▣] 框选：占位（暂未实现）。用 QPainter 画的线性图标（HiDPI 清晰，随主题）。
+    auto* btnInfo = new QToolButton(toolbar);
+    btnInfo->setToolTip(QStringLiteral("信息"));
+    styleToolIconButton(btnInfo, makeInfoIcon());
+    connect(btnInfo, &QToolButton::clicked, this, [this, btnInfo]() { showNotImplemented(btnInfo); });
+    auto* btnMarquee = new QToolButton(toolbar);
+    btnMarquee->setToolTip(QStringLiteral("框选"));
+    styleToolIconButton(btnMarquee, makeMarqueeIcon());
+    connect(btnMarquee, &QToolButton::clicked, this, [this, btnMarquee]() { showNotImplemented(btnMarquee); });
+    // 主题热切：重绘图标（info 锚定品牌蓝，marquee 描边随次要文本色）。
+    connect(&ThemeManager::instance(), &ThemeManager::changed, btnInfo,
+            [btnInfo]() { btnInfo->setIcon(makeInfoIcon()); });
+    connect(&ThemeManager::instance(), &ThemeManager::changed, btnMarquee,
+            [btnMarquee]() { btnMarquee->setIcon(makeMarqueeIcon()); });
+
+    // 显示 / 隐藏：功能性——切换全部数据方块可见性（电极保留）。
+    auto* btnShow = new QPushButton(QStringLiteral("显示"), toolbar);
+    auto* btnHide = new QPushButton(QStringLiteral("隐藏"), toolbar);
+    connect(btnShow, &QPushButton::clicked, this, [this]() {
+        if (scatterItem_) { scatterItem_->setScatterVisible(true); plot_->replot(); }
+    });
+    connect(btnHide, &QPushButton::clicked, this, [this]() {
+        if (scatterItem_) { scatterItem_->setScatterVisible(false); plot_->replot(); }
+    });
+
+    // 数据过滤：占位（暂未实现）。
+    auto* btnFilter = new QPushButton(QStringLiteral("数据过滤"), toolbar);
+    connect(btnFilter, &QPushButton::clicked, this, [this, btnFilter]() { showNotImplemented(btnFilter); });
+
+    // x / y 下拉：功能性（本地换列重绘）；v / method 下拉：视觉占位（选不同 v/method 提示暂未实现）。
+    xCombo_ = new QComboBox(toolbar);
+    fillCombo(xCombo_, conf.x, conf.defaultX, QString());
+    yCombo_ = new QComboBox(toolbar);
+    fillCombo(yCombo_, conf.y, conf.defaultY, QString());
+    auto* vCombo = new QComboBox(toolbar);
+    fillCombo(vCombo, conf.v, conf.defaultV, QString());
+    auto* methodCombo = new QComboBox(toolbar);
+    fillCombo(methodCombo, conf.method, QString(), conf.defaultMethod);
+
+    connect(xCombo_, QOverload<int>::of(&QComboBox::currentIndexChanged), this,
+            [this](int) { replotForAxis(); });
+    connect(yCombo_, QOverload<int>::of(&QComboBox::currentIndexChanged), this,
+            [this](int) { replotForAxis(); });
+    // v / method：换选项 → 暂未实现（需重新请求散点/色阶，属重交互，本轮不做）。
+    connect(vCombo, QOverload<int>::of(&QComboBox::activated), this,
+            [this, vCombo](int) { showNotImplemented(vCombo); });
+    connect(methodCombo, QOverload<int>::of(&QComboBox::activated), this,
+            [this, methodCombo](int) { showNotImplemented(methodCombo); });
+
+    // 色阶配置：占位（暂未实现）。
+    auto* btnColorScale = new QPushButton(QStringLiteral("色阶配置"), toolbar);
+    connect(btnColorScale, &QPushButton::clicked, this, [this, btnColorScale]() { showNotImplemented(btnColorScale); });
+
+    // 右侧主操作（蓝色）：生成视电阻率数据 / 反演运算 / 另存为 —— 占位（暂未实现）。
+    auto* btnGen = new QPushButton(QStringLiteral("生成视电阻率数据"), toolbar);
+    auto* btnInvert = new QPushButton(QStringLiteral("反演运算"), toolbar);
+    auto* btnSaveAs = new QPushButton(QStringLiteral("另存为"), toolbar);
+    for (auto* b : {btnGen, btnInvert, btnSaveAs}) {
+        b->setObjectName(QStringLiteral("primaryBtn"));  // 蓝色主按钮（下方 QSS）
+        connect(b, &QPushButton::clicked, this, [this, b]() { showNotImplemented(b); });
+    }
+
+    tbLay->addWidget(btnInfo);
+    tbLay->addWidget(btnMarquee);
+    tbLay->addWidget(btnShow);
+    tbLay->addWidget(btnHide);
+    tbLay->addWidget(btnFilter);
+    tbLay->addWidget(xCombo_);
+    tbLay->addWidget(yCombo_);
+    tbLay->addWidget(vCombo);
+    tbLay->addWidget(methodCombo);
+    tbLay->addWidget(btnColorScale);
+    tbLay->addStretch();  // 把主操作推到右侧
+    tbLay->addWidget(btnGen);
+    tbLay->addWidget(btnInvert);
+    tbLay->addWidget(btnSaveAs);
+
+    // 蓝色主按钮样式（随主题；普通按钮/下拉走全局 QSS 已支持明暗）。
+    applyTokenizedStyleSheet(
+        toolbar,
+        QStringLiteral(
+            "QPushButton#primaryBtn { background: {{accent/primary}}; color: {{text/on-primary}};"
+            " border: 1px solid {{accent/primary}}; border-radius: 6px; padding: 6px 14px; }"
+            "QPushButton#primaryBtn:hover { background: {{accent/primary-hover}}; border-color: {{accent/primary-hover}}; }"
+            "QPushButton#primaryBtn:pressed { background: {{accent/primary-pressed}}; }"));
+
+    // 替换 ctor 建的 inversion 工具条（同一顶层布局首位）。
+    rootLay_->replaceWidget(toolbar_, toolbar);
+    toolbar_->deleteLater();
+    toolbar_ = toolbar;
+    chartTypeCombo_ = nullptr;  // 已随旧工具条移除
+    measurementToolbar_ = true;
+}
+
+void RawDataChartView::setPayload(const QVariant& payload) {
+    if (!payload.canConvert<geopro::core::ScatterPayload>()) {
+        // 坏/空 variant：保持空态（不渲染、不崩）。E2+ 可在此显式提示「渲染数据格式错误」。
+        return;
+    }
+    setData(payload.value<geopro::core::ScatterPayload>());
+}
+
+void RawDataChartView::setData(const geopro::core::ScatterPayload& p) {
+    data_ = p;
     if (hoverTip_) hoverTip_->setField(&data_.scatter);  // 显式重绑（地址稳定，消除隐式依赖）
 
-    if (d.scatterScale.empty()) return;
+    // measurement 载荷（toolbar 非空）：首次到来时建并替换工具条（视觉 1:1）。反演留空 → 不动。
+    if (!p.toolbar.empty() && !measurementToolbar_) buildMeasurementToolbar(p.toolbar);
+
+    if (p.scale.empty()) return;
 
     // 重建 ColorMapService（旧的 scatterItem 已被 QwtPlot detach/delete）
     delete colorSvc_;
-    colorSvc_ = new ColorMapService(d.scatterScale);
+    colorSvc_ = new ColorMapService(p.scale);
 
-    // 散点颜色归一化对齐原版 Plotly（cmin/cmax 未设 → cauto=数据 min/max）：
+    // 散点颜色归一化对齐原版 Plotly（cmin/cmax 未设 → cauto=数据 min/max），按 vlist 有限值
-    // 按 vlist 有限值的 min/max 设数据范围，使整段色阶铺满数据实际范围（而非压进 colorBar 全程一小段）。
+    // 的 min/max 设数据范围，使整段色阶铺满数据实际范围。measurement 与反演原数据同此路径：
-    double vMin = std::numeric_limits<double>::max();
+    // v 含负异常值（如 -1066），故 cmin<0，中段视电阻率归一化到色阶中部（深品红/紫）。
-    double vMax = std::numeric_limits<double>::lowest();
+    {
-    for (double v : d.scatter.v) {
+        double vMin = std::numeric_limits<double>::max();
-        if (!std::isfinite(v)) continue;  // 跳过 NaN/±Inf（脏数据），否则数据范围被污染→全图 NaN 取色
+        double vMax = std::numeric_limits<double>::lowest();
-        if (v < vMin) vMin = v;
+        for (double v : p.scatter.v) {
-        if (v > vMax) vMax = v;
+            if (!std::isfinite(v)) continue;  // 跳过 NaN/±Inf（脏数据），否则数据范围被污染→全图 NaN 取色
+            if (v < vMin) vMin = v;
+            if (v > vMax) vMax = v;
+        }
+        if (vMin <= vMax) colorSvc_->setDataRange(vMin, vMax);
     }
-    if (vMin <= vMax) colorSvc_->setDataRange(vMin, vMax);
 
     // 卸载旧散点项：QwtPlot 默认 autoDelete=true（析构时 delete 仍在 dict 的 item）。
     // 必须先 detach()（从 dict 移除）再 delete，否则 QwtPlot 析构时会 double-free。
@@ -165,7 +440,7 @@ void RawDataChartView::setData(
 
     // 新建散点项并挂到 plot
     scatterItem_ = new ScatterPlotItem();
-    scatterItem_->setData(d.scatter, colorSvc_);
+    scatterItem_->setData(p.scatter, colorSvc_);
     scatterItem_->attach(plot_);
 
     // 按数据包围盒设置轴范围
@@ -178,8 +453,16 @@ void RawDataChartView::setData(
     if (rescaler_) rescaler_->rescale();  // 应用真实比尺
     plot_->replot();
 
-    // 更新色阶条
+    // 更新色阶条：measurement 用右侧竖条，反演原数据用底部横条（二选一显示）。
-    colorBar_->setColorScale(d.scatterScale);
+    if (p.verticalLegend) {
+        colorBarV_->setColorScale(p.scale);
+        colorBarV_->setVisible(true);
+        colorBar_->setVisible(false);
+    } else {
+        colorBar_->setColorScale(p.scale);
+        colorBar_->setVisible(true);
+        colorBarV_->setVisible(false);
+    }
 }
 
 }  // namespace geopro::app

src/app/panels/chart/RawDataChartView.hpp

@@ -1,9 +1,11 @@
 #pragma once
 #include <QWidget>
-#include "DatasetDetailController.hpp"
+#include "model/detail/DetailPayloads.hpp"
 #include "panels/chart/ColorMapService.hpp"
+#include "panels/chart/IDetailView.hpp"
 
 class QComboBox;
+class QVBoxLayout;
 class QwtPlot;
 class QwtPlotRescaler;
 
@@ -14,23 +16,43 @@ class ScatterPlotItem;
 class ScatterHoverTip;
 
 // 原数据图表视图：工具条 + QwtPlot（x 轴顶部、Panner/Magnifier）+ 独立色阶条。
-class RawDataChartView : public QWidget {
+class RawDataChartView : public QWidget, public IDetailView {
     Q_OBJECT
 public:
     explicit RawDataChartView(QWidget* parent = nullptr);
     ~RawDataChartView() override;
 
-    void setData(const geopro::controller::DatasetDetailController::ChartData& d);
+    // 渲染散点载荷（解包后调内部渲染；渲染代码不变）。
+    void setData(const geopro::core::ScatterPayload& p);
+
+    // IDetailView：壳/工厂统一入口。坏/空 variant → 保持空态不崩。
+    QWidget* widget() override { return this; }
+    void setPayload(const QVariant& payload) override;
 
     // 供外部访问（已不再是占位，保留兼容接口返回 plot_）
     QWidget* plotArea() const;
 
 private:
-    geopro::controller::DatasetDetailController::ChartData data_;
+    // 工具条按载荷类型二选一：反演原数据 = ctor 默认建的 inversion 工具条；measurement =
+    // 首个非空 ScatterToolbarConf 到来时建一次并替换（视觉 1:1）。建好后缓存，后续 setData 复用。
+    void buildMeasurementToolbar(const geopro::core::ScatterToolbarConf& conf);
+    // 按当前 x/y 下拉选择，从备选列重绘散点（本地，无网络）。code 为下拉项 fieldCode。
+    void replotForAxis();
+    // “暂未实现”轻提示（占位按钮/下拉点击）。
+    void showNotImplemented(QWidget* anchor);
+
+    geopro::core::ScatterPayload data_;
     QwtPlot*         plot_;
     QwtPlotRescaler* rescaler_ = nullptr;   // 锁定 x:y 真实比尺
-    ColorBarWidget*  colorBar_;
+    ColorBarWidget*  colorBar_;             // 底部横条（反演原数据）
-    QComboBox*       chartTypeCombo_;
+    ColorBarWidget*  colorBarV_;            // 右侧竖条（measurement）
+    QComboBox*       chartTypeCombo_ = nullptr;
+
+    QVBoxLayout*     rootLay_ = nullptr;     // 顶层竖向布局（用于替换工具条）
+    QWidget*         toolbar_ = nullptr;     // 当前工具条（inversion 或 measurement）
+    bool             measurementToolbar_ = false;  // 已建 measurement 工具条
+    QComboBox*       xCombo_ = nullptr;      // measurement x 下拉
+    QComboBox*       yCombo_ = nullptr;      // measurement y 下拉
 
     // 使用 unique_ptr 管理生命周期；attach 后 QwtPlot 接管绘制，但我们仍持有指针
     ColorMapService*  colorSvc_ = nullptr;   // heap，由 setData 重建

src/app/panels/chart/ScatterHoverTip.cpp

@@ -38,15 +38,44 @@ bool ScatterHoverTip::eventFilter(QObject* obj, QEvent* ev) {
     const auto& ys = field_->y;
     const auto& vs = field_->v;
     const std::size_t n = std::min(xs.size(), ys.size());
-    if (n == 0) {
-        QToolTip::hideText();
-        return false;
-    }
 
     // 在像素空间找最近散点（与 ScatterPlotItem 同用 canvasMap）。
     const QwtScaleMap xMap = plot_->canvasMap(xAxis_);
     const QwtScaleMap yMap = plot_->canvasMap(yAxis_);
     const QPointF mp = me->position();
+
+    // 电极 hover（y=0 行，与数据点 hover 分开）：电极 marker 略大于数据方块，
+    // 命中半径稍大。命中则显示 x/y/num 浮动框（measurement 专有，反演 electrodeX 空→跳过）。
+    {
+        const auto& ex = field_->electrodeX;
+        const auto& eno = field_->electrodeNo;
+        const double ey0 = yMap.transform(0.0);
+        double eBestD2 = std::numeric_limits<double>::max();
+        std::size_t eBestI = 0;
+        for (std::size_t i = 0; i < ex.size(); ++i) {
+            const double dx = xMap.transform(ex[i]) - mp.x();
+            const double dy = ey0 - mp.y();
+            const double d2 = dx * dx + dy * dy;
+            if (d2 < eBestD2) {
+                eBestD2 = d2;
+                eBestI = i;
+            }
+        }
+        if (eBestD2 <= kElectrodeHitRadiusPx * kElectrodeHitRadiusPx) {
+            const int num = (eBestI < eno.size())
+                                ? static_cast<int>(eno[eBestI])
+                                : static_cast<int>(eBestI) + 1;
+            QToolTip::showText(me->globalPosition().toPoint(),
+                               electrodeHoverText(ex[eBestI], num), plot_->canvas());
+            return false;
+        }
+    }
+
+    if (n == 0) {
+        QToolTip::hideText();
+        return false;
+    }
+
     double bestD2 = std::numeric_limits<double>::max();
     std::size_t bestI = 0;
     for (std::size_t i = 0; i < n; ++i) {
@@ -61,8 +90,17 @@ bool ScatterHoverTip::eventFilter(QObject* obj, QEvent* ev) {
 
     if (bestD2 <= kHitRadiusPx * kHitRadiusPx) {
         const double v = (bestI < vs.size()) ? vs[bestI] : 0.0;
-        QToolTip::showText(me->globalPosition().toPoint(),
+        // 有 A/B/M/N 元数据（measurement）→ 浮动框含 X/Y/Value/a/b/m/n；否则回退 X/Y/值（反演原数据）。
-                           scatterHoverText(xs[bestI], ys[bestI], v), plot_->canvas());
+        const auto& a = field_->a;
+        QString text;
+        if (bestI < a.size() && bestI < field_->b.size() && bestI < field_->m.size() &&
+            bestI < field_->n.size()) {
+            text = measurementHoverText(xs[bestI], ys[bestI], v, a[bestI], field_->b[bestI],
+                                        field_->m[bestI], field_->n[bestI]);
+        } else {
+            text = scatterHoverText(xs[bestI], ys[bestI], v);
+        }
+        QToolTip::showText(me->globalPosition().toPoint(), text, plot_->canvas());
     } else {
         QToolTip::hideText();
     }

src/app/panels/chart/ScatterHoverTip.hpp

@@ -17,6 +17,31 @@ inline QString scatterHoverText(double x, double y, double v) {
         .arg(v, 0, 'f', 3);
 }
 
+// measurement 散点 hover 浮动框：对齐原版 Plotly 浮动框多行
+//   X / Y / Value(视电阻率 col16) / a / b / m / n。
+inline QString measurementHoverText(double x, double y, double v,
+                                    double a, double b, double m, double n) {
+    return QStringLiteral(
+               "<b>X:</b> %1<br><b>Y:</b> %2<br><b>Value:</b> %3"
+               "<br><b>a:</b> %4<br><b>b:</b> %5<br><b>m:</b> %6<br><b>n:</b> %7")
+        .arg(x, 0, 'f', 3)
+        .arg(y, 0, 'f', 3)
+        .arg(v, 0, 'f', 3)
+        .arg(a, 0, 'g', 6)
+        .arg(b, 0, 'g', 6)
+        .arg(m, 0, 'g', 6)
+        .arg(n, 0, 'g', 6);
+}
+
+// 电极 hover 浮动框：对齐原版 Plotly 电极 trace 浮动框（与数据点 hover 分开），
+//   x: {slopeDistance}<br>y: 0<br>num: {electrodeNo}
+// x 用 6 位有效数字（对齐原版，如 5.123837），num 为电极编号（1-based 整数）。
+inline QString electrodeHoverText(double x, int num) {
+    return QStringLiteral("x: %1<br>y: 0<br>num: %2")
+        .arg(x, 0, 'g', 7)
+        .arg(num);
+}
+
 // 散点 hover 提示：监听画布鼠标移动（无按键时），找最近散点，
 // 命中半径内用 QToolTip 显示 X/Y/值（对齐原版 Plotly 悬浮）。
 // 不消费事件，与 LivePanner（左键平移/滚轮缩放）共存。
@@ -38,6 +63,7 @@ private:
     const core::ScatterField* field_ = nullptr;
 
     static constexpr double kHitRadiusPx = 6.0;  // 命中半径（像素），对齐方块 marker 尺寸
+    static constexpr double kElectrodeHitRadiusPx = 7.0;  // 电极菱形略大，命中半径稍大
 };
 
 }  // namespace geopro::app

src/app/panels/chart/ScatterPlotItem.cpp

@@ -1,8 +1,10 @@
 #include "panels/chart/ScatterPlotItem.hpp"
 #include <QPainter>
+#include <QPolygonF>
 #include <qwt_plot.h>
 #include <qwt_scale_map.h>
 #include <algorithm>
+#include <cmath>
 #include <limits>
 
 namespace geopro::app {
@@ -30,6 +32,9 @@ void ScatterPlotItem::setData(const core::ScatterField& field, ColorMapService*
     double xMax = *std::max_element(field_.x.begin(), field_.x.end());
     double yMin = *std::min_element(field_.y.begin(), field_.y.end());
     double yMax = *std::max_element(field_.y.begin(), field_.y.end());
+    // 电极 marker 在 y=0、x=electrodeX 处：纳入包围盒，避免电极被截。
+    for (double ex : field_.electrodeX) { xMin = std::min(xMin, ex); xMax = std::max(xMax, ex); }
+    if (!field_.electrodeX.empty()) { yMin = std::min(yMin, 0.0); yMax = std::max(yMax, 0.0); }
     // 加少量 margin，避免边界点被截
     double xM = (xMax - xMin) * 0.03 + 0.1;
     double yM = (yMax - yMin) * 0.03 + 0.1;
@@ -56,12 +61,35 @@ void ScatterPlotItem::draw(QPainter* painter,
 
     painter->save();
     painter->setRenderHint(QPainter::Antialiasing, false);
-    painter->setPen(QPen(Qt::white, kPenWidth));
 
+    // 电极位置：y=0 处灰色菱形（先画，置于散点下层）。
+    // 原版 Plotly 电极 marker：实心 #BEBEBE(190,190,190) 填充 + 白色 2px 描边，
+    // 菱形比数据方块略大（size 16 vs 12）。
+    if (!field_.electrodeX.empty()) {
+        const double y0 = yMap.transform(0.0);
+        painter->setPen(QPen(Qt::white, kElectrodePenWidth));
+        painter->setBrush(QColor(190, 190, 190));
+        const double h = kElectrodeHalfSide;
+        for (double ex : field_.electrodeX) {
+            const double px = xMap.transform(ex);
+            QPolygonF dia;
+            dia << QPointF(px, y0 - h) << QPointF(px + h, y0)
+                << QPointF(px, y0 + h) << QPointF(px - h, y0);
+            painter->drawPolygon(dia);
+        }
+    }
+
+    // 隐藏数据方块：电极已绘，直接收尾（保留电极菱形）。
+    if (!scatterVisible_) { painter->restore(); return; }
+
+    painter->setPen(QPen(Qt::white, kPenWidth));
     for (std::size_t i = 0; i < n; ++i) {
         double px = xMap.transform(xs[i]);
         double py = yMap.transform(ys[i]);
         double val = (i < vs.size()) ? vs[i] : 0.0;
+        // 非有限值（NaN/±Inf，可能来自降级后端的脏数据）：跳过该点，不绘制。
+        // 与 RawDataChartView 的 setDataRange 的 isfinite 跳过一致。
+        if (!std::isfinite(val)) continue;
         auto c = colorSvc_->colorAtContinuous(val);
         painter->setBrush(QColor(c.r, c.g, c.b, c.a));
         painter->drawRect(QRectF(px - kHalfSide, py - kHalfSide,

src/app/panels/chart/ScatterPlotItem.hpp

@@ -11,13 +11,17 @@ namespace geopro::app {
 
 // QwtPlotItem：把 ScatterField 数据渲染为彩色方块散点。
 // 每个点用固定像素边长方块绘制（不随缩放变大），白色描边，
-// 颜色由 ColorMapService 连续插值决定（与原版 Plotly 一致）。
+// 颜色由 ColorMapService 连续插值决定（cauto，与原版 Plotly 一致；measurement/反演同路径）。
 class ScatterPlotItem : public QwtPlotItem {
 public:
     ScatterPlotItem();
 
+    // 按 ColorMapService 连续插值上色（cauto）；数据范围由调用方在 svc 上 setDataRange。
     void setData(const core::ScatterField& field, ColorMapService* svc);
 
+    // 显示/隐藏数据方块（measurement 工具条“显示/隐藏”）。电极菱形不受影响，始终绘制。
+    void setScatterVisible(bool on) { scatterVisible_ = on; }
+
     int rtti() const override { return QwtPlotItem::Rtti_PlotUserItem; }
 
     QRectF boundingRect() const override;
@@ -31,9 +35,15 @@ private:
     core::ScatterField field_;
     ColorMapService* colorSvc_ = nullptr;  // 不拥有，由 RawDataChartView 持有
     QRectF bounding_;
+    bool scatterVisible_ = true;  // false：仅画电极，隐藏数据方块
 
-    static constexpr double kHalfSide = 3.5;   // 方块半边长（像素）
+    // 数据方块：原版 Plotly marker.size 12px（绝对像素直径）→ 半边长 6px，真 1:1。
+    static constexpr double kHalfSide = 6.0;   // 方块半边长（像素，全宽 12px）
     static constexpr double kPenWidth = 1.0;    // 白色描边宽度（像素）
+    // 电极菱形：原版 Plotly marker.size 16px（绝对像素直径）→ 半对角 8px，真 1:1。
+    // 相对数据方块 ≈1.33×（16 vs 12），实心 #BEBEBE 填充 + 白色 2px 描边。
+    static constexpr double kElectrodeHalfSide = 8.0;  // 半对角（像素，全宽 16px）
+    static constexpr double kElectrodePenWidth = 2.0;   // 电极白色描边宽度（像素）
 };
 
 }  // namespace geopro::app

src/controller/DatasetDetailController.cpp

@@ -1,4 +1,5 @@
 #include "DatasetDetailController.hpp"
+#include <exception>
 #include <QtGlobal>
 #include "repo/IAsyncDatasetRepository.hpp"
 #include "api/DatasetLoadHandles.hpp"
@@ -6,70 +7,68 @@ namespace geopro::controller {
 
 DatasetDetailController::DatasetDetailController(data::IAsyncDatasetRepository& repo,
                                                 ChartStrategyRegistry& registry, QObject* parent)
-    : QObject(parent), repo_(repo), registry_(registry) {}
+    : QObject(parent), repo_(repo), registry_(registry) {
+    // QSignalSpy / 队列连接对自定义类型需注册（页签集随 datasetOpened 传递）。
+    qRegisterMetaType<std::vector<controller::TabSpec>>("std::vector<controller::TabSpec>");
+}
 
 DatasetDetailController::~DatasetDetailController() {
-    if (chartLoad_) chartLoad_->abort();  // 退出契约：abort 在飞句柄，不依赖外部析构顺序兜底
+    // 退出契约：abort 全部在飞句柄，不依赖外部析构顺序兜底。
-    if (gridLoad_) gridLoad_->abort();
+    for (auto& load : inflight_)
+        if (load) load->abort();
 }
 
 void DatasetDetailController::openDataset(const QString& dsId, const QString& ddCode,
                                           const QString& dsName) {
     qInfo("[detail] openDataset id=%s ddCode=%s name=%s", qUtf8Printable(dsId),
           qUtf8Printable(ddCode), qUtf8Printable(dsName));
-    if (!registry_.supports(ddCode.toStdString())) {  // 未注册策略 → 优雅降级
+    auto* s = registry_.find(ddCode.toStdString());
+    if (!s) {  // 未注册策略 → 优雅降级
         qWarning("[detail] 未注册策略 ddCode=%s → 降级提示", qUtf8Printable(ddCode));
         emit loadFailed(dsId, QStringLiteral("暂不支持该数据类型的预览"));
         return;
     }
-    if (chartLoad_) chartLoad_->abort();                 // abort-and-replace
+    const std::vector<controller::TabSpec> tabs = s->tabs();
-    data::ChartLoad* load = repo_.loadChartAsync(dsId.toStdString());
+    emit datasetOpened(dsId, ddCode, dsName, tabs);
-    chartLoad_ = load;
+    for (int i = 0; i < static_cast<int>(tabs.size()); ++i)
-    emit loadStarted(dsId, LoadPhase::Chart);
+        if (!tabs[static_cast<size_t>(i)].lazy) loadTab(dsId, ddCode, i);
-    QObject::connect(load, &data::ChartLoad::done, this,
-                     [this, load, dsId, ddCode, dsName](const data::ChartParts& parts) {
-        if (load != chartLoad_) return;                  // §5.0 句柄身份比对：丢弃迟到信号
-        chartLoad_.clear();
-        ChartData d;
-        d.dsId = dsId;
-        d.ddCode = ddCode;
-        d.dsName = dsName;
-        d.scatter = parts.scatter;
-        d.scatterScale = parts.scatterScale;
-        emit chartReady(d);
-    });
-    QObject::connect(load, &data::ChartLoad::failed, this,
-                     [this, load, dsId](const QString& msg) {
-        if (load != chartLoad_) return;
-        chartLoad_.clear();
-        qWarning("[detail] 原数据加载失败 id=%s: %s", qUtf8Printable(dsId), qUtf8Printable(msg));
-        emit loadFailed(dsId, msg);
-    });
 }
 
-void DatasetDetailController::loadGridData(const QString& dsId, const QString& ddCode) {
+void DatasetDetailController::loadTab(const QString& dsId, const QString& ddCode, int tabIndex) {
-    auto* strategy = registry_.find(ddCode.toStdString());
+    auto* s = registry_.find(ddCode.toStdString());
-    if (!strategy || !strategy->hasGridPhase()) return;  // 仅有网格阶段的类型加载网格数据
+    if (!s) return;  // 策略消失（不应发生）：静默不加载
-    if (gridLoad_) gridLoad_->abort();                          // abort-and-replace
+    const std::vector<controller::TabSpec> tabs = s->tabs();
-    data::GridLoad* load = repo_.loadGridAsync(dsId.toStdString());
+    if (tabIndex < 0 || tabIndex >= static_cast<int>(tabs.size())) return;
-    gridLoad_ = load;
+    const controller::TabSpec& spec = tabs[static_cast<size_t>(tabIndex)];
-    emit loadStarted(dsId, LoadPhase::Grid);
+
-    QObject::connect(load, &data::GridLoad::done, this,
+    // loadAsync 对未知 loaderKey 抛 std::runtime_error；若逃逸槽函数会被 GuardedApplication
-                     [this, load, dsId](const data::GridParts& parts) {
+    // 吞掉、遮罩永久悬挂（文档化的崩溃/挂起类）。就地兜底为 loadFailed，且不留半注册的在飞句柄。
-        if (load != gridLoad_) return;                  // §5.0 句柄身份比对：丢弃迟到信号
+    data::DetailLoad* load = nullptr;
-        gridLoad_.clear();
+    try {
-        GridData d;
+        load = repo_.loadAsync(spec.loaderKey.toStdString(), dsId.toStdString());
-        d.dsId = dsId;
+    } catch (const std::exception& e) {
-        d.grid = parts.grid;
+        qWarning("[detail] loadAsync 失败 id=%s tab=%d key=%s: %s", qUtf8Printable(dsId), tabIndex,
-        d.gridScale = parts.gridScale;
+                 qUtf8Printable(spec.loaderKey), e.what());
-        d.anomalies = parts.anomalies;
+        emit loadFailed(dsId, QStringLiteral("暂不支持该数据类型的预览"));
-        emit gridReady(d);
+        return;
+    }
+
+    if (auto& prev = inflight_[tabIndex]) prev->abort();  // abort-and-replace 该槽位
+    inflight_[tabIndex] = load;
+    emit tabLoadStarted(dsId, tabIndex);
+
+    QObject::connect(load, &data::DetailLoad::done, this,
+                     [this, load, dsId, tabIndex](const QVariant& payload) {
+        if (load != inflight_.value(tabIndex)) return;   // §5.0 句柄身份比对：丢弃迟到信号
+        inflight_.remove(tabIndex);
+        emit tabReady(dsId, tabIndex, payload);
     });
-    QObject::connect(load, &data::GridLoad::failed, this,
+    QObject::connect(load, &data::DetailLoad::failed, this,
-                     [this, load, dsId](const QString& msg) {
+                     [this, load, dsId, tabIndex](const QString& msg) {
-        if (load != gridLoad_) return;
+        if (load != inflight_.value(tabIndex)) return;
-        gridLoad_.clear();
+        inflight_.remove(tabIndex);
-        qWarning("[detail] 网格数据加载失败 id=%s: %s", qUtf8Printable(dsId), qUtf8Printable(msg));
+        qWarning("[detail] 页签加载失败 id=%s tab=%d: %s", qUtf8Printable(dsId), tabIndex,
+                 qUtf8Printable(msg));
         emit loadFailed(dsId, msg);
     });
 }

src/controller/DatasetDetailController.hpp

@@ -1,55 +1,40 @@
 #pragma once
 #include <string>
+#include <vector>
+#include <QMap>
 #include <QObject>
 #include <QPointer>
 #include <QString>
-#include "model/Field.hpp"
+#include <QVariant>
-#include "model/ColorScale.hpp"
+#include "DatasetDetailTab.hpp"
-#include "model/Anomaly.hpp"
 #include "IDatasetChartStrategy.hpp"
-namespace geopro::data { class IAsyncDatasetRepository; class ChartLoad; class GridLoad; }
+namespace geopro::data { class IAsyncDatasetRepository; class DetailLoad; }
 namespace geopro::controller {
 
-// 数据详情编排：双击/网格页签 → 异步拉 散点/网格/色阶/异常 → 发信号给详情面板。被动视图。
+// 数据详情通用 tab 引擎编排：双击/页签激活 → 按 loaderKey 异步拉载荷(QVariant) → 发信号给详情面板。
+// 无 per-ddCode 分支：页签集由策略 tabs() 描述，载荷经 QVariant 类型擦除。被动视图。
 class DatasetDetailController : public QObject {
     Q_OBJECT
 public:
-    enum class LoadPhase { Chart, Grid };
-    Q_ENUM(LoadPhase)
-
-    struct ChartData {
-        QString dsId, ddCode, dsName;  // dsName：页签标题用（空则回退 dsId）
-        geopro::core::ScatterField scatter;
-        geopro::core::ColorScale scatterScale;
-        geopro::core::Grid grid{1, 1};  // Grid 无默认构造；以占位值初始化，openDataset 会覆盖
-        geopro::core::ColorScale gridScale;
-        std::vector<geopro::core::Anomaly> anomalies;
-    };
-    // 网格数据（inversion/rows + 色阶 type2 + 异常）：随「网格数据」页签首次激活按需懒加载。
-    struct GridData {
-        QString dsId;
-        geopro::core::Grid grid{1, 1};  // Grid 无默认构造；占位值初始化，loadGridData 会覆盖
-        geopro::core::ColorScale gridScale;
-        std::vector<geopro::core::Anomaly> anomalies;
-    };
-
     DatasetDetailController(data::IAsyncDatasetRepository& repo,
                             ChartStrategyRegistry& registry, QObject* parent = nullptr);
-    ~DatasetDetailController() override;  // 退出契约(spec §7)：abort 在飞句柄，避免迟到信号打到已析构 this
+    ~DatasetDetailController() override;  // 退出契约(spec §7)：abort 全部在飞句柄，避免迟到信号打到已析构 this
 public slots:
+    // 打开数据集：查策略 → datasetOpened(页签集) → 对每个非 lazy 页签发起 loadTab。
     void openDataset(const QString& dsId, const QString& ddCode, const QString& dsName = QString());
+    // 加载某页签（lazy 页签首次激活时由壳触发；非 lazy 由 openDataset 自动触发）。
+    void loadTab(const QString& dsId, const QString& ddCode, int tabIndex);
     void focusDataset(const QString& dsId);
-    void loadGridData(const QString& dsId, const QString& ddCode);
 signals:
-    void loadStarted(const QString& dsId, LoadPhase phase);
+    void datasetOpened(const QString& dsId, const QString& ddCode, const QString& dsName,
-    void chartReady(const ChartData& data);
+                       const std::vector<controller::TabSpec>& tabs);
-    void gridReady(const GridData& data);
+    void tabLoadStarted(const QString& dsId, int tabIndex);
-    void focusRequested(const QString& dsId);
+    void tabReady(const QString& dsId, int tabIndex, const QVariant& payload);
     void loadFailed(const QString& dsId, const QString& message);
+    void focusRequested(const QString& dsId);
 private:
     data::IAsyncDatasetRepository& repo_;
     ChartStrategyRegistry& registry_;
-    QPointer<data::ChartLoad> chartLoad_;
+    QMap<int, QPointer<data::DetailLoad>> inflight_;  // 按页签槽位的在飞句柄（§5.0 身份比对）
-    QPointer<data::GridLoad> gridLoad_;
 };
 }  // namespace geopro::controller

src/controller/DatasetDetailTab.hpp

@@ -0,0 +1,24 @@
+#pragma once
+#include <vector>
+#include <QMetaType>
+#include <QString>
+
+namespace geopro::controller {
+
+// 详情页签的渲染 kind 全集（Image/GISMap 待 GPR/radar 有活样本再加，YAGNI）。
+enum class ViewKind { Scatter, FilledContour, Bar, LineProfile, PolylineMap, Table };
+
+// 页签描述符：策略声明每个 dd 类型的页签集（标题/kind/加载键/惰性/分页）。
+struct TabSpec {
+    QString title;
+    ViewKind kind;
+    QString loaderKey;
+    bool lazy = false;
+    bool paginated = false;
+};
+
+}  // namespace geopro::controller
+
+// QSignalSpy 对 datasetOpened(..., std::vector<TabSpec>) 需注册的元类型。
+Q_DECLARE_METATYPE(geopro::controller::TabSpec)
+Q_DECLARE_METATYPE(std::vector<geopro::controller::TabSpec>)

src/controller/IDatasetChartStrategy.hpp

@@ -2,15 +2,17 @@
 #include <map>
 #include <memory>
 #include <string>
+#include <vector>
+#include "DatasetDetailTab.hpp"
 namespace geopro::controller {
 
 // dd 类型驱动的图表策略：决定某 ddCode 的详情页如何加载/渲染。
 struct IDatasetChartStrategy {
     virtual ~IDatasetChartStrategy() = default;
     virtual std::string ddCode() const = 0;
-    // 该类型是否有「网格数据」加载阶段（ERT 反演=true；纯散点/折线/图像类=false）。
+    // 该类型的页签集（标题/render kind/加载键/惰性/分页）。控制器据此建页签 + 驱动加载，
-    // 控制器据此决定是否允许 loadGridData，替代硬编码 ddCode 判断。
+    // 取代硬编码的 hasGridPhase()/ddCode 判断。
-    virtual bool hasGridPhase() const = 0;
+    virtual std::vector<TabSpec> tabs() const = 0;
 };
 
 class ChartStrategyRegistry {

src/core/model/Field.hpp

@@ -49,6 +49,12 @@ private:
 struct ScatterField {
     std::vector<double> x, y, z, v;  // 对应样本 xlist/ylist/(hlist)/vlist
     std::vector<double> projX, projY;  // GIS 平面坐标
+    // 可选元数据（measurement 散点用，反演留空）。a/b/m/n 与各点一一对应（hover 显示
+    // A/B/M/N），electrodeX 为电极沿测线位置（y=0 处灰菱形 marker），electrodeNo 为对应
+    // 电极编号（1-based，hover 显示 num，与 electrodeX 一一对应）。
+    std::vector<double> a, b, m, n;
+    std::vector<double> electrodeX;
+    std::vector<double> electrodeNo;
 };
 
 }  // namespace geopro::core

src/core/model/detail/DetailPayloads.hpp

@@ -0,0 +1,74 @@
+#pragma once
+#include <vector>
+#include <QMetaType>
+#include <QString>
+#include "model/Field.hpp"
+#include "model/ColorScale.hpp"
+#include "model/Anomaly.hpp"
+
+// 详情渲染载荷（纯数据，跨 QVariant 类型擦除传递）。无 Qt-widget 依赖。
+// 命名空间 geopro::core（与同目录 Field.hpp/ColorScale.hpp 一致）。
+namespace geopro::core {
+
+// 下拉项：字段码 + 显示名（measurement 工具条 x/y/v/method 下拉驱动；code 可空如 method）。
+struct FieldOption {
+    QString code;
+    QString name;
+};
+
+// measurement 散点工具条配置（来自服务端 scatterGraphConf；反演留空 → 视图渲染反演工具条）。
+// x/y/v/method 为各下拉的可选项（含 fieldCode+name）；defaultX/Y/V/Method 为默认选中项的
+// fieldCode（method 的 fieldCode 全为 null，故 defaultMethod 用 name）。empty() 判定走 x 是否为空。
+struct ScatterToolbarConf {
+    std::vector<FieldOption> x, y, v, method;
+    QString defaultX, defaultY, defaultV, defaultMethod;
+    bool empty() const { return x.empty(); }
+};
+
+// 散点载荷：反演原数据 / measurement 散点共用（≈ data::ChartParts）。
+// 两者上色一致——按数据 min/max 连续插值（Plotly cauto，含负异常值，RawDataChartView 据 v
+// 有限值 min/max 设 setDataRange）。verticalLegend=true（measurement）时色阶图例画在右侧竖条
+// （离散带，1323→0 自上而下，对齐原版）；false（默认，反演原数据）时画在底部横条。
+// toolbar 非空（measurement）时视图渲染 measurement 工具条；altX*/altY* 为 x/y 下拉本地重绘
+// 用的备选列（平距/斜距、伪深度/伪深度+高程），与 scatter.v/.a... 同序、一一对应，避免再发请求。
+struct ScatterPayload {
+    geopro::core::ScatterField scatter;
+    geopro::core::ColorScale scale;
+    bool verticalLegend = false;
+    ScatterToolbarConf toolbar;
+    std::vector<double> altXHorizontal, altXSlope;          // x 下拉：平距 / 斜距
+    std::vector<double> altYPseudo, altYElevationPseudo;    // y 下拉：伪深度 / 伪深度+高程
+};
+
+// 等值面载荷：grid(rows) + 色阶 + 异常（≈ data::GridParts）。
+// Grid 无默认构造，给占位初始化以满足 QVariant 对默认可构造的要求。
+struct ContourPayload {
+    geopro::core::Grid grid{1, 1};
+    geopro::core::ColorScale scale;
+    std::vector<geopro::core::Anomaly> anomalies;
+};
+
+// 列渲染种类：Text=预格式化文本（默认）；Toggle=每行开关（蓝色药丸开关，ON=可见）。
+enum class TableColumnKind { Text, Toggle };
+
+// 通用表格列定义。
+struct TableColumn {
+    QString code;
+    QString title;
+    int width = 0;
+    int sort = 0;
+    TableColumnKind kind = TableColumnKind::Text;
+};
+
+// 通用表格载荷：列定义 + 预格式化的行（每格 QString）+ 总数（分页用）。
+struct TablePayload {
+    std::vector<TableColumn> columns;
+    std::vector<std::vector<QString>> rows;
+    int total = 0;
+};
+
+}  // namespace geopro::core
+
+Q_DECLARE_METATYPE(geopro::core::ScatterPayload)
+Q_DECLARE_METATYPE(geopro::core::ContourPayload)
+Q_DECLARE_METATYPE(geopro::core::TablePayload)

src/data/CMakeLists.txt

@@ -5,6 +5,7 @@ add_library(geopro_data STATIC
   repo/LocalSampleRepository.cpp
   dto/NavDto.cpp
   dto/DatasetChartDto.cpp
+  dto/MeasurementDto.cpp
   api/ApiProjectRepository.cpp
   api/ApiDatasetRepository.cpp
   api/DatasetLoadHandles.cpp

src/data/api/ApiDatasetRepository.cpp

@@ -1,11 +1,15 @@
 #include "api/ApiDatasetRepository.hpp"
+#include <stdexcept>
 #include <QJsonObject>
 #include <QString>
 #include <QUrl>
+#include <QVariant>
 #include "ApiClient.hpp"
 #include "ApiBatch.hpp"
 #include "api/DatasetLoadHandles.hpp"
 #include "dto/DatasetChartDto.hpp"
+#include "dto/MeasurementDto.hpp"
+#include "model/detail/DetailPayloads.hpp"
 
 namespace geopro::data {
 namespace {
@@ -14,6 +18,19 @@ QString enc(const std::string& s) {
     return QString::fromUtf8(QUrl::toPercentEncoding(QString::fromStdString(s)));
 }
 
+// 解析中间态（仅本 .cpp 内部使用，故置匿名命名空间，避免对外双份表示）。
+// 原数据加载结果：scatter + 散点色阶(type1)。
+struct ChartParts {
+    geopro::core::ScatterField scatter;
+    geopro::core::ColorScale scatterScale;
+};
+// 网格数据加载结果：grid(rows) + 网格色阶(type2) + 异常。
+struct GridParts {
+    geopro::core::Grid grid{1, 1};  // Grid 无默认构造；占位
+    geopro::core::ColorScale gridScale;
+    std::vector<geopro::core::Anomaly> anomalies;
+};
+
 // 失败判定（原 must() 口径）：业务码 != 200 或传输错误。
 bool isFailure(const geopro::net::ApiResponse& r) {
     return r.code != 200 || !r.rawError.isEmpty();
@@ -23,39 +40,99 @@ QJsonObject colorBody(const std::string& dsId, int type) {
     return QJsonObject{{"dsObjectId", QString::fromStdString(dsId)}, {"businessCode", ""}, {"type", type}};
 }
 
+// ── 共享批次构造：唯一端点定义处，old/new 路径复用，避免双份解析逻辑。 ──
+// 反演原数据：index 0 = scatter(GET)，1 = 散点色阶 type1(POST)。
+net::ApiBatch* inversionScatterBatch(net::ApiClient& api, const std::string& dsId) {
+    QList<net::IApiCall*> calls{
+        api.getAsync(QStringLiteral("/business/dd/ert/inversion/getErtRawDataScatterGraph/%1").arg(enc(dsId))),
+        api.postJsonAsync(QStringLiteral("/business/lvl/colorGradation/getDetail"), colorBody(dsId, 1)),
+    };
+    return new net::ApiBatch(calls, &isFailure);
+}
+
+ChartParts parseScatterParts(const QList<net::ApiResponse>& r) {
+    ChartParts p;
+    p.scatter = dto::parseScatterGraph(r[0].data);
+    p.scatterScale = dto::parseColorBar(r[1].data);
+    return p;
+}
+
+// 反演网格：index 0 = rows(GET,慢)，1 = 色阶 type2(POST)，2 = 异常(GET)。
+net::ApiBatch* inversionGridBatch(net::ApiClient& api, const std::string& dsId) {
+    QList<net::IApiCall*> calls{
+        api.getAsync(QStringLiteral("/business/dd/ert/inversion/rows/%1").arg(enc(dsId))),
+        api.postJsonAsync(QStringLiteral("/business/lvl/colorGradation/getDetail"), colorBody(dsId, 2)),
+        api.getAsync(QStringLiteral("/business/exception/queryException/%1").arg(enc(dsId))),
+    };
+    return new net::ApiBatch(calls, &isFailure);
+}
+
+GridParts parseGridParts(const QList<net::ApiResponse>& r) {
+    GridParts p;
+    p.grid = dto::parseInversionGrid(r[0].data);
+    p.gridScale = dto::parseColorBar(r[1].data);
+    p.anomalies = dto::parseDatasetAnomalies(r[2].data.value(QStringLiteral("value")).toArray());
+    return p;
+}
+
+// measurement 散点：index 0 = scatter/graph(GET，query 参数)，1 = 色阶 type3(POST，businessCode=R0)。
+net::ApiBatch* measurementScatterBatch(net::ApiClient& api, const std::string& dsId) {
+    const QString did = enc(dsId);
+    QList<net::IApiCall*> calls{
+        api.getAsync(QStringLiteral("/business/dd/ert/measurement/scatter/graph?dsObjectId=%1&vFieldCode=").arg(did)),
+        api.postJsonAsync(QStringLiteral("/business/lvl/colorGradation/getDetail"),
+                          QJsonObject{{"dsObjectId", QString::fromStdString(dsId)},
+                                      {"businessCode", "R0"},
+                                      {"type", 3}}),
+    };
+    return new net::ApiBatch(calls, &isFailure);
+}
+
+// measurement 列表：单请求 measurement/rows(GET，query 参数)。
+net::ApiBatch* measurementRowsBatch(net::ApiClient& api, const std::string& dsId) {
+    QList<net::IApiCall*> calls{
+        api.getAsync(QStringLiteral("/business/dd/ert/measurement/rows?dsObjectId=%1").arg(enc(dsId))),
+    };
+    return new net::ApiBatch(calls, &isFailure);
+}
+
 }  // namespace
 
 ApiDatasetRepository::ApiDatasetRepository(net::ApiClient& api) : api_(api) {}
 
-ChartLoad* ApiDatasetRepository::loadChartAsync(const std::string& dsId) {
+DetailLoad* ApiDatasetRepository::loadAsync(const std::string& loaderKey, const std::string& dsId) {
-    // index 0 = scatter(GET)，index 1 = 散点色阶 type1(POST)
+    if (loaderKey == "inversion.scatter") return makeInversionScatter(dsId);
-    QList<net::IApiCall*> calls{
+    if (loaderKey == "inversion.grid") return makeInversionGrid(dsId);
-        api_.getAsync(QStringLiteral("/business/dd/ert/inversion/getErtRawDataScatterGraph/%1").arg(enc(dsId))),
+    if (loaderKey == "ert_measurement.scatter") return makeMeasurementScatter(dsId);
-        api_.postJsonAsync(QStringLiteral("/business/lvl/colorGradation/getDetail"), colorBody(dsId, 1)),
+    if (loaderKey == "ert_measurement.rows") return makeMeasurementRows(dsId);
-    };
+    throw std::runtime_error("unknown loaderKey: " + loaderKey);
-    auto* batch = new net::ApiBatch(calls, &isFailure);
+}
-    return new ApiChartLoad(batch, [](const QList<net::ApiResponse>& r) {
+
-        ChartParts p;
+DetailLoad* ApiDatasetRepository::makeInversionScatter(const std::string& dsId) {
-        p.scatter = dto::parseScatterGraph(r[0].data);
+    // 复用同一批次 + 解析器，再映射为 ScatterPayload（不复制 JSON 解析逻辑）。
-        p.scatterScale = dto::parseColorBar(r[1].data);
+    return new ApiDetailLoad(inversionScatterBatch(api_, dsId), [](const QList<net::ApiResponse>& r) {
-        return p;
+        ChartParts p = parseScatterParts(r);
+        return QVariant::fromValue(core::ScatterPayload{p.scatter, p.scatterScale});
     });
 }
 
-GridLoad* ApiDatasetRepository::loadGridAsync(const std::string& dsId) {
+DetailLoad* ApiDatasetRepository::makeInversionGrid(const std::string& dsId) {
-    // index 0 = rows(GET,慢)，1 = 色阶 type2(POST)，2 = 异常(GET)
+    return new ApiDetailLoad(inversionGridBatch(api_, dsId), [](const QList<net::ApiResponse>& r) {
-    QList<net::IApiCall*> calls{
+        GridParts p = parseGridParts(r);
-        api_.getAsync(QStringLiteral("/business/dd/ert/inversion/rows/%1").arg(enc(dsId))),
+        return QVariant::fromValue(core::ContourPayload{p.grid, p.gridScale, p.anomalies});
-        api_.postJsonAsync(QStringLiteral("/business/lvl/colorGradation/getDetail"), colorBody(dsId, 2)),
+    });
-        api_.getAsync(QStringLiteral("/business/exception/queryException/%1").arg(enc(dsId))),
+}
-    };
+
-    auto* batch = new net::ApiBatch(calls, &isFailure);
+DetailLoad* ApiDatasetRepository::makeMeasurementScatter(const std::string& dsId) {
-    return new ApiGridLoad(batch, [](const QList<net::ApiResponse>& r) {
+    // index 0 = scatter/graph, 1 = colorBar(type3) → 离散上色的 ScatterPayload。
-        GridParts p;
+    return new ApiDetailLoad(measurementScatterBatch(api_, dsId), [](const QList<net::ApiResponse>& r) {
-        p.grid = dto::parseInversionGrid(r[0].data);
+        return QVariant::fromValue(dto::parseMeasurementScatter(r[0].data, r[1].data));
-        p.gridScale = dto::parseColorBar(r[1].data);
+    });
-        p.anomalies = dto::parseDatasetAnomalies(r[2].data.value(QStringLiteral("value")).toArray());
+}
-        return p;
+
+DetailLoad* ApiDatasetRepository::makeMeasurementRows(const std::string& dsId) {
+    return new ApiDetailLoad(measurementRowsBatch(api_, dsId), [](const QList<net::ApiResponse>& r) {
+        return QVariant::fromValue(dto::parseMeasurementTable(r[0].data));
     });
 }
 

src/data/api/ApiDatasetRepository.hpp

@@ -7,9 +7,12 @@ namespace geopro::data {
 class ApiDatasetRepository : public IAsyncDatasetRepository {
 public:
     explicit ApiDatasetRepository(net::ApiClient& api);
-    ChartLoad* loadChartAsync(const std::string& dsId) override;
+    DetailLoad* loadAsync(const std::string& loaderKey, const std::string& dsId) override;
-    GridLoad*  loadGridAsync(const std::string& dsId)  override;
 private:
+    DetailLoad* makeInversionScatter(const std::string& dsId);
+    DetailLoad* makeInversionGrid(const std::string& dsId);
+    DetailLoad* makeMeasurementScatter(const std::string& dsId);
+    DetailLoad* makeMeasurementRows(const std::string& dsId);
     net::ApiClient& api_;
 };
 }  // namespace geopro::data

src/data/api/DatasetLoadHandles.cpp

@@ -9,14 +9,14 @@ QString reasonOf(const geopro::net::ApiResponse& r) {
 }
 }  // namespace
 
-ApiChartLoad::ApiChartLoad(geopro::net::ApiBatch* batch, Parser parse, QObject* parent)
+ApiDetailLoad::ApiDetailLoad(geopro::net::ApiBatch* batch, Parser parse, QObject* parent)
-    : ChartLoad(parent), batch_(batch), parse_(std::move(parse)) {
+    : DetailLoad(parent), batch_(batch), parse_(std::move(parse)) {
     QObject::connect(batch, &geopro::net::ApiBatch::succeeded, this,
                      [this](const QList<geopro::net::ApiResponse>& resps) {
         if (aborted_) return;                       // §5.0
-        ChartParts parts;
+        QVariant payload;
         try {
-            parts = parse_(resps);                  // 仅解析在 try 内：下游 done 处理器抛出不应误报为解析失败
+            payload = parse_(resps);                // 仅解析在 try 内：下游 done 处理器抛出不应误报为解析失败
         } catch (const std::exception& e) {
             emit failed(QString::fromUtf8(e.what()));
             deleteLater();
@@ -26,7 +26,7 @@ ApiChartLoad::ApiChartLoad(geopro::net::ApiBatch* batch, Parser parse, QObject*
             deleteLater();
             return;
         }
-        emit done(parts);
+        emit done(payload);
         deleteLater();
     });
     QObject::connect(batch, &geopro::net::ApiBatch::failed, this,
@@ -37,42 +37,7 @@ ApiChartLoad::ApiChartLoad(geopro::net::ApiBatch* batch, Parser parse, QObject*
     });
 }
 
-void ApiChartLoad::abort() {
+void ApiDetailLoad::abort() {
-    if (aborted_) return;
-    aborted_ = true;
-    if (batch_) batch_->abort();
-    deleteLater();
-}
-
-ApiGridLoad::ApiGridLoad(geopro::net::ApiBatch* batch, Parser parse, QObject* parent)
-    : GridLoad(parent), batch_(batch), parse_(std::move(parse)) {
-    QObject::connect(batch, &geopro::net::ApiBatch::succeeded, this,
-                     [this](const QList<geopro::net::ApiResponse>& resps) {
-        if (aborted_) return;
-        GridParts parts;
-        try {
-            parts = parse_(resps);                  // 仅解析在 try 内：下游 done 处理器抛出不应误报为解析失败
-        } catch (const std::exception& e) {
-            emit failed(QString::fromUtf8(e.what()));
-            deleteLater();
-            return;
-        } catch (...) {
-            emit failed(QStringLiteral("解析失败：未知异常"));
-            deleteLater();
-            return;
-        }
-        emit done(parts);
-        deleteLater();
-    });
-    QObject::connect(batch, &geopro::net::ApiBatch::failed, this,
-                     [this](int, const geopro::net::ApiResponse& r) {
-        if (aborted_) return;
-        emit failed(reasonOf(r));
-        deleteLater();
-    });
-}
-
-void ApiGridLoad::abort() {
     if (aborted_) return;
     aborted_ = true;
     if (batch_) batch_->abort();

src/data/api/DatasetLoadHandles.hpp

@@ -4,52 +4,30 @@
 #include <QObject>
 #include <QPointer>
 #include <QString>
+#include <QVariant>
 #include "ApiBatch.hpp"
-#include "DatasetLoads.hpp"
 
 namespace geopro::data {
 
-// ── 抽象句柄（可测试缝，类比 IApiCall）：仓储返回基类指针，控制器/测试只依赖它 ──
+// ── 通用详情句柄（tab 引擎）：载荷经 QVariant 类型擦除，单一 done(QVariant)。 ──
-class ChartLoad : public QObject {
+// 可测试缝（类比 IApiCall）：仓储返回基类指针，控制器/测试只依赖它。
+class DetailLoad : public QObject {
     Q_OBJECT
 public:
     using QObject::QObject;
-    ~ChartLoad() override = default;
+    ~DetailLoad() override = default;
     virtual void abort() = 0;
 signals:
-    void done(const geopro::data::ChartParts& parts);
+    void done(const QVariant& payload);
     void failed(const QString& message);
 };
 
-class GridLoad : public QObject {
+// Api 实现：包 ApiBatch + 注入解析器（返回 QVariant 载荷）。逻辑与 ApiChartLoad 等价。
+class ApiDetailLoad : public DetailLoad {
     Q_OBJECT
 public:
-    using QObject::QObject;
+    using Parser = std::function<QVariant(const QList<geopro::net::ApiResponse>&)>;
-    ~GridLoad() override = default;
+    ApiDetailLoad(geopro::net::ApiBatch* batch, Parser parse, QObject* parent = nullptr);
-    virtual void abort() = 0;
-signals:
-    void done(const geopro::data::GridParts& parts);
-    void failed(const QString& message);
-};
-
-// ── Api 实现：包一个 ApiBatch + 注入的解析函数。batch.succeeded→解析→done；failed→failed ──
-class ApiChartLoad : public ChartLoad {
-    Q_OBJECT
-public:
-    using Parser = std::function<ChartParts(const QList<geopro::net::ApiResponse>&)>;
-    ApiChartLoad(geopro::net::ApiBatch* batch, Parser parse, QObject* parent = nullptr);
-    void abort() override;
-private:
-    QPointer<geopro::net::ApiBatch> batch_;
-    Parser parse_;
-    bool aborted_ = false;
-};
-
-class ApiGridLoad : public GridLoad {
-    Q_OBJECT
-public:
-    using Parser = std::function<GridParts(const QList<geopro::net::ApiResponse>&)>;
-    ApiGridLoad(geopro::net::ApiBatch* batch, Parser parse, QObject* parent = nullptr);
     void abort() override;
 private:
     QPointer<geopro::net::ApiBatch> batch_;

src/data/api/DatasetLoads.hpp

@@ -1,21 +0,0 @@
-#pragma once
-#include <vector>
-#include "model/Field.hpp"
-#include "model/ColorScale.hpp"
-#include "model/Anomaly.hpp"
-
-namespace geopro::data {
-
-// 原数据加载结果：scatter + 散点色阶(type1)。
-struct ChartParts {
-    geopro::core::ScatterField scatter;
-    geopro::core::ColorScale scatterScale;
-};
-// 网格数据加载结果：grid(rows) + 网格色阶(type2) + 异常。
-struct GridParts {
-    geopro::core::Grid grid{1, 1};   // Grid 无默认构造；占位
-    geopro::core::ColorScale gridScale;
-    std::vector<geopro::core::Anomaly> anomalies;
-};
-
-}  // namespace geopro::data

src/data/dto/MeasurementDto.cpp

@@ -0,0 +1,162 @@
+#include "dto/MeasurementDto.hpp"
+
+#include <QJsonArray>
+#include <QJsonValue>
+#include "dto/DatasetChartDto.hpp"  // parseColorBar
+
+namespace geopro::data::dto {
+using namespace geopro::core;
+
+namespace {
+
+// 位置数组列序（rows[i] 为 17 列定位数组）。
+constexpr int kColHorizontalDistance = 0;  // x 备选：平距
+constexpr int kColSlopeDistance = 1;   // x：斜距（默认）
+constexpr int kColPseudoDepth = 3;     // y：伪深度（负，向下，默认）
+constexpr int kColElevationPseudoDepth = 9;  // y 备选：伪深度+高程
+constexpr int kColA = 10;
+constexpr int kColB = 11;
+constexpr int kColM = 12;
+constexpr int kColN = 13;
+constexpr int kColValue = 16;          // 色值：选中 v（默认视电阻率 R0）
+
+double numAt(const QJsonArray& arr, int i) {
+    if (i < 0 || i >= arr.size()) return 0.0;
+    const QJsonValue v = arr.at(i);
+    if (v.isDouble()) return v.toDouble();
+    if (v.isString()) { bool ok = false; double d = v.toString().toDouble(&ok); return ok ? d : 0.0; }
+    return 0.0;
+}
+
+// 把 JSON 值预格式化为单元格 QString（数字按原值，null/缺省→空串）。
+QString cellText(const QJsonValue& v) {
+    if (v.isDouble()) {
+        const double d = v.toDouble();
+        // 整数值不带小数点（与列表观感一致）；非整数保留有效位。
+        if (d == static_cast<double>(static_cast<long long>(d))) return QString::number(static_cast<long long>(d));
+        return QString::number(d, 'g', 10);
+    }
+    if (v.isString()) return v.toString();
+    if (v.isBool()) return v.toBool() ? QStringLiteral("true") : QStringLiteral("false");
+    return QString();  // null/undefined
+}
+
+// scatterGraphConf 的某一组下拉项 → FieldOption 列表（保留服务端顺序）。
+std::vector<FieldOption> parseOptions(const QJsonArray& arr) {
+    std::vector<FieldOption> out;
+    out.reserve(arr.size());
+    for (const auto& e : arr) {
+        const QJsonObject o = e.toObject();
+        out.push_back({o.value(QStringLiteral("fieldCode")).toString(),
+                       o.value(QStringLiteral("name")).toString()});
+    }
+    return out;
+}
+
+}  // namespace
+
+ScatterPayload parseMeasurementScatter(const QJsonObject& scatterData, const QJsonObject& colorBarData) {
+    ScatterPayload p;
+    // 上色与反演原数据同路径：连续插值（cauto）。色值 col16 原样保留（含负异常值），
+    // RawDataChartView 据 v 有限值 min/max 设 setDataRange → cmin<0，与原版 Plotly 一致。
+    // 图例与反演统一为底部横条（verticalLegend 保持默认 false）。
+
+    const QJsonArray rows = scatterData.value(QStringLiteral("scatterGraphData"))
+                                .toObject()
+                                .value(QStringLiteral("rows"))
+                                .toArray();
+    auto& s = p.scatter;
+    for (const auto& e : rows) {
+        const QJsonArray row = e.toArray();
+        s.x.push_back(numAt(row, kColSlopeDistance));
+        s.y.push_back(numAt(row, kColPseudoDepth));
+        s.v.push_back(numAt(row, kColValue));
+        s.a.push_back(numAt(row, kColA));
+        s.b.push_back(numAt(row, kColB));
+        s.m.push_back(numAt(row, kColM));
+        s.n.push_back(numAt(row, kColN));
+        // x/y 下拉本地重绘备选列（与上面 push 同序、一一对应 → 视图换 x/y 无需再请求）。
+        p.altXHorizontal.push_back(numAt(row, kColHorizontalDistance));
+        p.altXSlope.push_back(numAt(row, kColSlopeDistance));
+        p.altYPseudo.push_back(numAt(row, kColPseudoDepth));
+        p.altYElevationPseudo.push_back(numAt(row, kColElevationPseudoDepth));
+    }
+
+    // 工具条下拉配置（scatterGraphConf）：驱动 measurement 工具条 x/y/v/method 下拉与默认选中。
+    // x/y/method 默认取首项（斜距 / 伪深度 / 线性）；v 默认取“视电阻率”(R0)，回退末-… 改为首项。
+    const QJsonObject conf = scatterData.value(QStringLiteral("scatterGraphConf")).toObject();
+    auto& tb = p.toolbar;
+    tb.x = parseOptions(conf.value(QStringLiteral("x")).toArray());
+    tb.y = parseOptions(conf.value(QStringLiteral("y")).toArray());
+    tb.v = parseOptions(conf.value(QStringLiteral("v")).toArray());
+    tb.method = parseOptions(conf.value(QStringLiteral("vcalculationMethod")).toArray());
+    // 默认选中：x=斜距(slopeDistance)、y=伪深度(pseudoDepth)、v=视电阻率(R0)、method=线性。
+    tb.defaultX = QStringLiteral("slopeDistance");
+    tb.defaultY = QStringLiteral("pseudoDepth");
+    tb.defaultV = QStringLiteral("R0");
+    if (!tb.method.empty()) tb.defaultMethod = tb.method.front().name;  // 线性
+
+    // 电极沿测线位置（y=0 处灰菱形）：取 slopeDistance 与 x（斜距）同量纲；
+    // electrodeNo 为电极编号（1-based），与 electrodeX 一一对应，供 hover 显示 num。
+    for (const auto& e : scatterData.value(QStringLiteral("electrodeList")).toArray()) {
+        const QJsonObject eo = e.toObject();
+        s.electrodeX.push_back(eo.value(QStringLiteral("slopeDistance")).toDouble());
+        s.electrodeNo.push_back(eo.value(QStringLiteral("electrodeNo")).toDouble());
+    }
+
+    p.scale = parseColorBar(colorBarData);  // 复用既有混合格式解析器（AlphaScale::Unit）
+    return p;
+}
+
+TablePayload parseMeasurementTable(const QJsonObject& data) {
+    TablePayload t;
+
+    // 列定义：优先 filedList，其次 gridHeaderDisplay（grid/trajectory 列表用同形状）。
+    QJsonArray cols = data.value(QStringLiteral("filedList")).toArray();
+    if (cols.isEmpty()) cols = data.value(QStringLiteral("gridHeaderDisplay")).toArray();
+    for (const auto& e : cols) {
+        const QJsonObject c = e.toObject();
+        TableColumn col;
+        col.code = c.value(QStringLiteral("fieldCode")).toString();
+        col.title = c.value(QStringLiteral("name")).toString();
+        if (col.title.isEmpty()) col.title = col.code;
+        t.columns.push_back(col);
+    }
+
+    // 末尾追加“隐藏/显示”开关列（原版每行右侧蓝色药丸开关，全部 ON=可见）。
+    // 仅 measurement 列表有此列（filedList 驱动时）；grid/trajectory 走 gridHeaderDisplay 不追加。
+    const bool hasToggleCol = !data.value(QStringLiteral("filedList")).toArray().isEmpty();
+    if (hasToggleCol) {
+        TableColumn toggle;
+        toggle.code = QStringLiteral("displayStatus");
+        toggle.title = QStringLiteral("隐藏/显示");
+        toggle.kind = TableColumnKind::Toggle;
+        t.columns.push_back(toggle);
+    }
+
+    // 行：每格按列码先查 vmap，再查行对象顶层。
+    // Toggle 列：displayStatus==0 ⇒ ON/可见（"1"），否则 OFF（"0"）。
+    const QJsonArray rowList = data.value(QStringLiteral("rowList")).toArray();
+    for (const auto& e : rowList) {
+        const QJsonObject obj = e.toObject();
+        const QJsonObject vmap = obj.value(QStringLiteral("vmap")).toObject();
+        std::vector<QString> cells;
+        cells.reserve(t.columns.size());
+        for (const auto& col : t.columns) {
+            if (col.kind == TableColumnKind::Toggle) {
+                const int status = obj.value(QStringLiteral("displayStatus")).toInt(0);
+                cells.push_back(status == 0 ? QStringLiteral("1") : QStringLiteral("0"));
+                continue;
+            }
+            const QJsonValue v = vmap.contains(col.code) ? vmap.value(col.code) : obj.value(col.code);
+            cells.push_back(cellText(v));
+        }
+        t.rows.push_back(std::move(cells));
+    }
+
+    // 总数（分页用）：measurement 用 __rowListTotal，回退到本批行数。
+    t.total = data.value(QStringLiteral("__rowListTotal")).toInt(static_cast<int>(t.rows.size()));
+    return t;
+}
+
+}  // namespace geopro::data::dto

src/data/dto/MeasurementDto.hpp

@@ -0,0 +1,20 @@
+#pragma once
+#include <QJsonObject>
+#include "model/detail/DetailPayloads.hpp"
+
+namespace geopro::data::dto {
+
+// dd_ert_measurement_data 散点伪剖面：
+//   scatterData = scatter/graph 的 data{ electrodeList[], scatterGraphData{rows[位置数组]} }
+//   colorBarData = colorGradation/getDetail{type:3} 的 data{ properties.colorBar }
+// 位置数组列序：[1]斜距(x) [3]伪深度(y,负向下) [10]a [11]b [12]m [13]n [16]视电阻率(色值)。
+// 上色与反演原数据同路径：连续插值（cauto），色值含负异常值不过滤；色阶复用
+// DatasetChartDto::parseColorBar。图例画在右侧竖条（verticalLegend=true）。
+geopro::core::ScatterPayload parseMeasurementScatter(const QJsonObject& scatterData,
+                                                     const QJsonObject& colorBarData);
+
+// 通用列表：data{ filedList[列定义] | gridHeaderDisplay, rowList[键控对象，含 vmap] } → TablePayload。
+// 列码命中 vmap 时从 vmap 取值，否则从行对象顶层取；值预格式化为 QString。可复用于 grid/trajectory 列表。
+geopro::core::TablePayload parseMeasurementTable(const QJsonObject& data);
+
+}  // namespace geopro::data::dto

src/data/repo/IAsyncDatasetRepository.hpp

@@ -3,15 +3,14 @@
 
 namespace geopro::data {
 
-class ChartLoad;
+class DetailLoad;
-class GridLoad;
 
 // 数据集详情异步仓储抽象。返回自管理句柄（完成/失败后 deleteLater）。
 class IAsyncDatasetRepository {
 public:
     virtual ~IAsyncDatasetRepository() = default;
-    virtual ChartLoad* loadChartAsync(const std::string& dsId) = 0;  // scatter + 散点色阶(type1)
+    // 通用页签加载（tab 引擎）：按 loaderKey 分派，载荷经 QVariant 类型擦除。
-    virtual GridLoad*  loadGridAsync(const std::string& dsId)  = 0;  // grid(rows) + 色阶(type2) + 异常
+    virtual DetailLoad* loadAsync(const std::string& loaderKey, const std::string& dsId) = 0;
 };
 
 }  // namespace geopro::data

tests/CMakeLists.txt

@@ -38,7 +38,10 @@ target_sources(geopro_tests PRIVATE data/test_parsers.cpp)
 target_sources(geopro_tests PRIVATE data/test_local_repo.cpp)
 target_sources(geopro_tests PRIVATE data/test_nav_dto.cpp)
 target_sources(geopro_tests PRIVATE data/test_dataset_chart_dto.cpp)
+target_sources(geopro_tests PRIVATE data/test_measurement_dto.cpp)
 target_sources(geopro_tests PRIVATE data/test_dataset_load_handles.cpp)
+# 通用仓储分派离线单测（loadAsync 分派 + QVariant payload round-trip）。
+target_sources(geopro_tests PRIVATE data/test_async_repo_dispatch.cpp)
 # NavRequest 离线单测（QVariant payload: done/failed/abort 闸门）。
 target_sources(geopro_tests PRIVATE data/test_nav_request.cpp)
 target_link_libraries(geopro_tests PRIVATE geopro_data)
@@ -107,7 +110,7 @@ target_sources(geopro_tests PRIVATE
 # 散点 hover 文本格式（inline 纯函数，无需链 qwt/实例化 ScatterHoverTip）。
 target_sources(geopro_tests PRIVATE app/test_scatter_hover.cpp)
 
-# controller 层：DatasetDetailController 编排集成测试（QSignalSpy 验证 chartReady/loadFailed）。
+# controller 层：DatasetDetailController 编排集成测试（QSignalSpy 验证 datasetOpened/tabReady/loadFailed）。
 find_package(Qt6 COMPONENTS Test REQUIRED)
 target_sources(geopro_tests PRIVATE controller/test_dataset_detail_controller.cpp)
 target_sources(geopro_tests PRIVATE controller/test_workbench_nav_controller.cpp)

tests/app/test_chart_strategy_registry.cpp

@@ -1,10 +1,19 @@
 #include <gtest/gtest.h>
+#include "DatasetDetailTab.hpp"
 #include "IDatasetChartStrategy.hpp"  // geopro::controller（控制器层）
+#include "panels/chart/MeasurementStrategy.hpp"
 using namespace geopro::controller;
 namespace {
 struct Fake : IDatasetChartStrategy {
     std::string ddCode() const override { return "dd_inversion_data"; }
-    bool hasGridPhase() const override { return true; }
+    std::vector<TabSpec> tabs() const override {
+        return {
+            {QStringLiteral("原数据"),   ViewKind::Scatter,
+             QStringLiteral("inversion.scatter"), /*lazy*/ false, /*paginated*/ false},
+            {QStringLiteral("网格数据"), ViewKind::FilledContour,
+             QStringLiteral("inversion.grid"),    /*lazy*/ true,  /*paginated*/ false},
+        };
+    }
 };
 }
 TEST(ChartStrategyRegistry, FindsRegisteredAndDegradesUnknown) {
@@ -15,10 +24,31 @@ TEST(ChartStrategyRegistry, FindsRegisteredAndDegradesUnknown) {
     EXPECT_FALSE(reg.supports("dd_unknown"));
     EXPECT_EQ(reg.find("dd_unknown"), nullptr);
 }
-TEST(ChartStrategyRegistry, ReportsHasGridPhase) {
+TEST(ChartStrategyRegistry, ExposesTabSpecsFromStrategy) {
     ChartStrategyRegistry reg;
     reg.add(std::make_unique<Fake>());
     auto* s = reg.find("dd_inversion_data");
     ASSERT_NE(s, nullptr);
-    EXPECT_TRUE(s->hasGridPhase());
+    const auto tabs = s->tabs();
+    ASSERT_EQ(tabs.size(), 2u);
+    EXPECT_FALSE(tabs[0].lazy);                      // 原数据非 lazy
+    EXPECT_TRUE(tabs[1].lazy);                       // 网格数据 lazy
+    EXPECT_EQ(tabs[1].kind, ViewKind::FilledContour);
+}
+
+TEST(MeasurementStrategy, DrivesTwoTabsScatterAndTable) {
+    geopro::app::MeasurementStrategy s;
+    EXPECT_EQ(s.ddCode(), "dd_ert_measurement_data");
+    const auto tabs = s.tabs();
+    ASSERT_EQ(tabs.size(), 2u);
+    // 散点图：Scatter，非 lazy。
+    EXPECT_EQ(tabs[0].title.toStdString(), std::string("散点图"));
+    EXPECT_EQ(tabs[0].kind, ViewKind::Scatter);
+    EXPECT_FALSE(tabs[0].lazy);
+    EXPECT_EQ(tabs[0].loaderKey.toStdString(), "ert_measurement.scatter");
+    // 数据列表：Table，lazy。
+    EXPECT_EQ(tabs[1].title.toStdString(), std::string("数据列表"));
+    EXPECT_EQ(tabs[1].kind, ViewKind::Table);
+    EXPECT_TRUE(tabs[1].lazy);
+    EXPECT_EQ(tabs[1].loaderKey.toStdString(), "ert_measurement.rows");
 }

tests/app/test_scatter_hover.cpp

@@ -1,6 +1,8 @@
 #include <gtest/gtest.h>
 #include "panels/chart/ScatterHoverTip.hpp"
 
+using geopro::app::electrodeHoverText;
+using geopro::app::measurementHoverText;
 using geopro::app::scatterHoverText;
 
 // 对齐原版 Plotly hovertemplate：
@@ -15,3 +17,16 @@ TEST(ScatterHoverTip, RoundsAndPadsToFixed3) {
     EXPECT_EQ(scatterHoverText(-1.0, 0.5, 1.0),
               QStringLiteral("<b>X:</b> -1.000<br><b>Y:</b> 0.500<br><b>值:</b> 1.000"));
 }
+
+// measurement 浮动框：X/Y/Value/a/b/m/n 多行（对齐原版 Plotly 浮动框）。
+TEST(ScatterHoverTip, MeasurementFloatingTipShowsXYValueABMN) {
+    const QString t = measurementHoverText(2.283, -1.2, 242.952988, 1, 4, 2, 3);
+    EXPECT_EQ(t, QStringLiteral("<b>X:</b> 2.283<br><b>Y:</b> -1.200<br><b>Value:</b> 242.953"
+                                "<br><b>a:</b> 1<br><b>b:</b> 4<br><b>m:</b> 2<br><b>n:</b> 3"));
+}
+
+// 电极浮动框：x（7 位有效数字）/ y: 0 / num（电极编号），对齐原版 Plotly 电极 trace。
+TEST(ScatterHoverTip, ElectrodeFloatingTipShowsXYNum) {
+    const QString t = electrodeHoverText(5.123837209632222, 4);
+    EXPECT_EQ(t, QStringLiteral("x: 5.123837<br>y: 0<br>num: 4"));
+}

tests/controller/test_dataset_detail_controller.cpp

@@ -1,21 +1,33 @@
 #include <gtest/gtest.h>
 #include <QSignalSpy>
+#include <QVariant>
 #include "DatasetDetailController.hpp"
+#include "DatasetDetailTab.hpp"
 #include "IDatasetChartStrategy.hpp"
 #include "repo/IAsyncDatasetRepository.hpp"
 #include "api/DatasetLoadHandles.hpp"
 using namespace geopro;
 
 namespace {
-// 反演策略桩：散点 + 网格两阶段。
+// 反演策略桩：散点(非 lazy) + 网格(lazy) 两页签。
 struct InversionStrategy : controller::IDatasetChartStrategy {
     std::string ddCode() const override { return "dd_inversion_data"; }
-    bool hasGridPhase() const override { return true; }
+    std::vector<controller::TabSpec> tabs() const override {
+        return {
+            {QStringLiteral("原数据"),   controller::ViewKind::Scatter,
+             QStringLiteral("inversion.scatter"), /*lazy*/ false, /*paginated*/ false},
+            {QStringLiteral("网格数据"), controller::ViewKind::FilledContour,
+             QStringLiteral("inversion.grid"),    /*lazy*/ true,  /*paginated*/ false},
+        };
+    }
 };
-// 无网格阶段策略桩：仅散点（如纯散点类型）。
+// 单页签策略桩（仅一个非 lazy 页签）。
-struct NoGridStrategy : controller::IDatasetChartStrategy {
+struct SingleTabStrategy : controller::IDatasetChartStrategy {
     std::string ddCode() const override { return "dd_scatter_only"; }
-    bool hasGridPhase() const override { return false; }
+    std::vector<controller::TabSpec> tabs() const override {
+        return {{QStringLiteral("散点"), controller::ViewKind::Scatter,
+                 QStringLiteral("scatter.only"), /*lazy*/ false, /*paginated*/ false}};
+    }
 };
 // 注册了反演策略的注册表（多数用例复用）。
 controller::ChartStrategyRegistry makeInversionRegistry() {
@@ -24,39 +36,56 @@ controller::ChartStrategyRegistry makeInversionRegistry() {
     return reg;
 }
 
-// 桩句柄：不声明 Q_OBJECT —— 发射继承自 data::ChartLoad/GridLoad 的信号、override abort。
+// 桩详情句柄：不声明 Q_OBJECT —— 发射继承自 data::DetailLoad 的信号、override abort。
-struct StubChartLoad : data::ChartLoad {
+struct StubDetailLoad : data::DetailLoad {
     bool aborted = false;
     void abort() override { aborted = true; }
-    void fireDone() { emit done(data::ChartParts{}); }
+    void fireDone() { emit done(QVariant{}); }
-    void fireFailed() { emit failed(QStringLiteral("x")); }
-};
-struct StubGridLoad : data::GridLoad {
-    bool aborted = false;
-    void abort() override { aborted = true; }
-    void fireDone() { emit done(data::GridParts{}); }
     void fireFailed() { emit failed(QStringLiteral("x")); }
 };
+// 桩仓储：每个 loaderKey 都造一个新句柄，记录最近一个用于 fire。
 struct StubAsyncRepo : data::IAsyncDatasetRepository {
-    StubChartLoad* lastChart = nullptr;
+    StubDetailLoad* last = nullptr;
-    StubGridLoad* lastGrid = nullptr;
+    data::DetailLoad* loadAsync(const std::string&, const std::string&) override {
-    data::ChartLoad* loadChartAsync(const std::string&) override {
+        last = new StubDetailLoad;
-        lastChart = new StubChartLoad; return lastChart;
+        return last;
-    }
-    data::GridLoad* loadGridAsync(const std::string&) override {
-        lastGrid = new StubGridLoad; return lastGrid;
     }
 };
-}
+}  // namespace
 
-TEST(DatasetDetailController, EmitsChartReadyOnDone) {
+TEST(DatasetDetailController, OpenEmitsDatasetOpenedWithTabsAndDdCode) {
     StubAsyncRepo repo;
     auto reg = makeInversionRegistry();
     controller::DatasetDetailController c(repo, reg);
-    QSignalSpy spy(&c, &controller::DatasetDetailController::chartReady);
+    QSignalSpy spy(&c, &controller::DatasetDetailController::datasetOpened);
+    c.openDataset("ds1", "dd_inversion_data", "名称");
+    ASSERT_EQ(spy.count(), 1);
+    const auto args = spy.takeFirst();
+    EXPECT_EQ(args.at(0).toString(), QStringLiteral("ds1"));
+    EXPECT_EQ(args.at(1).toString(), QStringLiteral("dd_inversion_data"));  // ddCode 透传
+    EXPECT_EQ(args.at(2).toString(), QStringLiteral("名称"));
+}
+
+TEST(DatasetDetailController, OpenLoadsNonLazyTabsOnly) {
+    StubAsyncRepo repo;
+    auto reg = makeInversionRegistry();
+    controller::DatasetDetailController c(repo, reg);
+    QSignalSpy started(&c, &controller::DatasetDetailController::tabLoadStarted);
     c.openDataset("ds1", "dd_inversion_data");
-    repo.lastChart->fireDone();
+    // 反演：tab0 非 lazy 自动加载，tab1 lazy 不加载。
-    EXPECT_EQ(spy.count(), 1);
+    ASSERT_EQ(started.count(), 1);
+    EXPECT_EQ(started.takeFirst().at(1).toInt(), 0);
+}
+
+TEST(DatasetDetailController, EmitsTabReadyOnDone) {
+    StubAsyncRepo repo;
+    auto reg = makeInversionRegistry();
+    controller::DatasetDetailController c(repo, reg);
+    QSignalSpy spy(&c, &controller::DatasetDetailController::tabReady);
+    c.openDataset("ds1", "dd_inversion_data");
+    repo.last->fireDone();
+    ASSERT_EQ(spy.count(), 1);
+    EXPECT_EQ(spy.takeFirst().at(1).toInt(), 0);  // tabIndex 0
 }
 
 TEST(DatasetDetailController, EmitsLoadFailedOnFailed) {
@@ -65,7 +94,7 @@ TEST(DatasetDetailController, EmitsLoadFailedOnFailed) {
     controller::DatasetDetailController c(repo, reg);
     QSignalSpy spy(&c, &controller::DatasetDetailController::loadFailed);
     c.openDataset("ds1", "dd_inversion_data");
-    repo.lastChart->fireFailed();
+    repo.last->fireFailed();
     EXPECT_EQ(spy.count(), 1);
 }
 
@@ -76,7 +105,7 @@ TEST(DatasetDetailController, UnsupportedTypeFailsImmediately) {
     QSignalSpy spy(&c, &controller::DatasetDetailController::loadFailed);
     c.openDataset("ds1", "dd_other");
     EXPECT_EQ(spy.count(), 1);
-    EXPECT_EQ(repo.lastChart, nullptr);   // 未发起加载
+    EXPECT_EQ(repo.last, nullptr);   // 未发起加载
 }
 
 // 空注册表 → 任意 ddCode 都不支持 → loadFailed，不发起加载。
@@ -87,76 +116,62 @@ TEST(DatasetDetailController, EmptyRegistryFailsAnyType) {
     QSignalSpy spy(&c, &controller::DatasetDetailController::loadFailed);
     c.openDataset("ds1", "dd_inversion_data");
     EXPECT_EQ(spy.count(), 1);
-    EXPECT_EQ(repo.lastChart, nullptr);
+    EXPECT_EQ(repo.last, nullptr);
 }
 
-// 无网格阶段的策略 → loadGridData 不发起网格加载。
+// 越界 tabIndex → loadTab 静默不加载。
-TEST(DatasetDetailController, NoGridPhaseStrategySkipsGridLoad) {
+TEST(DatasetDetailController, LoadTabOutOfRangeDoesNothing) {
-    StubAsyncRepo repo;
-    controller::ChartStrategyRegistry reg;
-    reg.add(std::make_unique<NoGridStrategy>());
-    controller::DatasetDetailController c(repo, reg);
-    c.loadGridData("ds1", "dd_scatter_only");
-    EXPECT_EQ(repo.lastGrid, nullptr);   // hasGridPhase()==false → 未发起
-}
-
-TEST(DatasetDetailController, AbortsPreviousOnReopen) {
     StubAsyncRepo repo;
     auto reg = makeInversionRegistry();
     controller::DatasetDetailController c(repo, reg);
-    c.openDataset("dsA", "dd_inversion_data");
+    c.loadTab("ds1", "dd_inversion_data", 99);
-    StubChartLoad* a = repo.lastChart;
+    EXPECT_EQ(repo.last, nullptr);
-    c.openDataset("dsB", "dd_inversion_data");   // 替换
+}
-    EXPECT_TRUE(a->aborted);                      // 旧句柄被 abort
+
+// lazy 页签经 loadTab 触发后加载。
+TEST(DatasetDetailController, LoadTabLazyTabStartsLoad) {
+    StubAsyncRepo repo;
+    auto reg = makeInversionRegistry();
+    controller::DatasetDetailController c(repo, reg);
+    QSignalSpy ready(&c, &controller::DatasetDetailController::tabReady);
+    c.loadTab("ds1", "dd_inversion_data", 1);   // lazy 网格页
+    ASSERT_NE(repo.last, nullptr);
+    repo.last->fireDone();
+    ASSERT_EQ(ready.count(), 1);
+    EXPECT_EQ(ready.takeFirst().at(1).toInt(), 1);
+}
+
+TEST(DatasetDetailController, AbortsPreviousOnSameSlotReload) {
+    StubAsyncRepo repo;
+    auto reg = makeInversionRegistry();
+    controller::DatasetDetailController c(repo, reg);
+    c.loadTab("dsA", "dd_inversion_data", 0);
+    StubDetailLoad* a = repo.last;
+    c.loadTab("dsB", "dd_inversion_data", 0);   // 同槽位替换
+    EXPECT_TRUE(a->aborted);                     // 旧句柄被 abort
 }
 
 TEST(DatasetDetailController, DropsLateSignalFromAbortedLoad) {
     StubAsyncRepo repo;
     auto reg = makeInversionRegistry();
     controller::DatasetDetailController c(repo, reg);
-    QSignalSpy spy(&c, &controller::DatasetDetailController::chartReady);
+    QSignalSpy spy(&c, &controller::DatasetDetailController::tabReady);
-    c.openDataset("dsA", "dd_inversion_data");
+    c.loadTab("dsA", "dd_inversion_data", 0);
-    StubChartLoad* a = repo.lastChart;
+    StubDetailLoad* a = repo.last;
-    c.openDataset("dsB", "dd_inversion_data");
+    c.loadTab("dsB", "dd_inversion_data", 0);   // 同槽位替换
-    StubChartLoad* b = repo.lastChart;
+    StubDetailLoad* b = repo.last;
     a->fireDone();                 // 旧句柄迟到 → 身份比对丢弃
     EXPECT_EQ(spy.count(), 0);
     b->fireDone();                 // 当前句柄 → 正常
     EXPECT_EQ(spy.count(), 1);
 }
 
-TEST(DatasetDetailController, EmitsGridReadyOnDone) {
+TEST(DatasetDetailController, FocusEmitsFocusRequested) {
     StubAsyncRepo repo;
     auto reg = makeInversionRegistry();
     controller::DatasetDetailController c(repo, reg);
-    QSignalSpy spy(&c, &controller::DatasetDetailController::gridReady);
+    QSignalSpy spy(&c, &controller::DatasetDetailController::focusRequested);
-    c.loadGridData("ds1", "dd_inversion_data");
+    c.focusDataset("ds1");
-    repo.lastGrid->fireDone();
+    ASSERT_EQ(spy.count(), 1);
-    EXPECT_EQ(spy.count(), 1);
+    EXPECT_EQ(spy.takeFirst().at(0).toString(), QStringLiteral("ds1"));
-}
-
-TEST(DatasetDetailController, EmitsLoadFailedOnGridFailed) {
-    StubAsyncRepo repo;
-    auto reg = makeInversionRegistry();
-    controller::DatasetDetailController c(repo, reg);
-    QSignalSpy spy(&c, &controller::DatasetDetailController::loadFailed);
-    c.loadGridData("ds1", "dd_inversion_data");
-    repo.lastGrid->fireFailed();
-    EXPECT_EQ(spy.count(), 1);
-}
-
-TEST(DatasetDetailController, DropsLateGridSignalFromAbortedLoad) {
-    StubAsyncRepo repo;
-    auto reg = makeInversionRegistry();
-    controller::DatasetDetailController c(repo, reg);
-    QSignalSpy spy(&c, &controller::DatasetDetailController::gridReady);
-    c.loadGridData("dsA", "dd_inversion_data");
-    StubGridLoad* a = repo.lastGrid;
-    c.loadGridData("dsB", "dd_inversion_data");   // 替换 → 旧句柄被 abort
-    StubGridLoad* b = repo.lastGrid;
-    EXPECT_TRUE(a->aborted);
-    a->fireDone();                 // 旧句柄迟到 → 身份比对丢弃
-    EXPECT_EQ(spy.count(), 0);
-    b->fireDone();                 // 当前句柄 → 正常
-    EXPECT_EQ(spy.count(), 1);
 }

tests/data/test_async_repo_dispatch.cpp

@@ -0,0 +1,79 @@
+#include <gtest/gtest.h>
+#include <stdexcept>
+#include <QCoreApplication>
+#include <QVariant>
+#include "ApiClient.hpp"
+#include "api/ApiDatasetRepository.hpp"
+#include "api/DatasetLoadHandles.hpp"
+#include "model/detail/DetailPayloads.hpp"
+
+using geopro::data::ApiDatasetRepository;
+using geopro::data::DetailLoad;
+using geopro::core::ContourPayload;
+using geopro::core::ScatterPayload;
+
+namespace {
+// ApiClient 构造 + getAsync/postJsonAsync 创建网络句柄需 QCoreApplication（QNAM 事件循环）。
+QCoreApplication* ensureApp() {
+    if (!QCoreApplication::instance()) {
+        static int argc = 0;
+        static char** argv = nullptr;
+        new QCoreApplication(argc, argv);
+    }
+    return QCoreApplication::instance();
+}
+}  // namespace
+
+// 已知 loaderKey 返回非空句柄；返回后立即 abort 取消在飞请求（不依赖网络可达）。
+TEST(AsyncRepoDispatch, KnownKeysReturnNonNullHandle) {
+    ensureApp();
+    geopro::net::ApiClient api(QStringLiteral("http://tenant.geomative.cn/pop-api"));
+    ApiDatasetRepository repo(api);
+
+    DetailLoad* scatter = repo.loadAsync("inversion.scatter", "ds1");
+    ASSERT_NE(scatter, nullptr);
+    scatter->abort();
+
+    DetailLoad* grid = repo.loadAsync("inversion.grid", "ds1");
+    ASSERT_NE(grid, nullptr);
+    grid->abort();
+
+    DetailLoad* measScatter = repo.loadAsync("ert_measurement.scatter", "ds1");
+    ASSERT_NE(measScatter, nullptr);
+    measScatter->abort();
+
+    DetailLoad* measRows = repo.loadAsync("ert_measurement.rows", "ds1");
+    ASSERT_NE(measRows, nullptr);
+    measRows->abort();
+}
+
+// 未知 loaderKey 抛 std::runtime_error。
+TEST(AsyncRepoDispatch, UnknownKeyThrows) {
+    ensureApp();
+    geopro::net::ApiClient api(QStringLiteral("http://tenant.geomative.cn/pop-api"));
+    ApiDatasetRepository repo(api);
+    EXPECT_THROW(repo.loadAsync("bogus", "ds1"), std::runtime_error);
+}
+
+// payload 经 QVariant 类型擦除往返还原（不触网）。
+TEST(AsyncRepoDispatch, ScatterPayloadRoundTrips) {
+    ScatterPayload in;
+    in.scatter.x = {1.0, 2.0, 3.0};
+    in.scatter.v = {10.0, 20.0, 30.0};
+    QVariant v = QVariant::fromValue(in);
+    ASSERT_TRUE(v.canConvert<ScatterPayload>());
+    ScatterPayload out = v.value<ScatterPayload>();
+    ASSERT_EQ(out.scatter.x.size(), 3u);
+    EXPECT_DOUBLE_EQ(out.scatter.v[2], 30.0);
+}
+
+TEST(AsyncRepoDispatch, ContourPayloadRoundTrips) {
+    ContourPayload in;  // Grid{1,1} 占位 + 空异常
+    in.grid.vmin = 1.5;
+    in.grid.vmax = 9.5;
+    QVariant v = QVariant::fromValue(in);
+    ASSERT_TRUE(v.canConvert<ContourPayload>());
+    ContourPayload out = v.value<ContourPayload>();
+    EXPECT_DOUBLE_EQ(out.grid.vmin, 1.5);
+    EXPECT_DOUBLE_EQ(out.grid.vmax, 9.5);
+}

tests/data/test_dataset_load_handles.cpp

@@ -1,13 +1,16 @@
 #include <gtest/gtest.h>
 #include <stdexcept>
 #include <QSignalSpy>
+#include <QVariant>
 #include "api/DatasetLoadHandles.hpp"
+#include "model/detail/DetailPayloads.hpp"
 #include "net/FakeApiCall.hpp"
 
 using namespace geopro::data;
 using geopro::net::ApiBatch;
 using geopro::net::ApiResponse;
 using geopro::net::test::FakeApiCall;
+using geopro::core::ScatterPayload;
 
 namespace {
 ApiResponse ok() { ApiResponse r; r.code = 200; r.httpStatus = 200; return r; }
@@ -15,51 +18,54 @@ ApiResponse bad() { ApiResponse r; r.code = 500; r.httpStatus = 200; r.msg = QSt
 auto isFailure = [](const ApiResponse& r) { return r.code != 200 || !r.rawError.isEmpty(); };
 }
 
-TEST(DatasetLoadHandles, ChartLoadEmitsDoneOnSuccess) {
+// ── 通用详情句柄 ApiDetailLoad（tab 引擎）：done(QVariant) / failed / abort 闸门 ──
+
+TEST(DatasetLoadHandles, DetailLoadEmitsDoneWithPayloadOnSuccess) {
     auto* a = new FakeApiCall;
     auto* b = new FakeApiCall;
     auto* batch = new ApiBatch({a, b}, isFailure);
-    bool parsed = false;
+    auto* load = new ApiDetailLoad(batch, [](const QList<ApiResponse>& resps) {
-    auto* load = new ApiChartLoad(batch, [&](const QList<ApiResponse>& resps) {
+        ScatterPayload p;
-        parsed = (resps.size() == 2);
+        p.scatter.v = std::vector<double>(static_cast<size_t>(resps.size()), 0.0);  // 携带可校验状态
-        return ChartParts{};
+        return QVariant::fromValue(p);
     });
-    QSignalSpy doneSpy(load, &ChartLoad::done);
+    QSignalSpy doneSpy(load, &DetailLoad::done);
     a->fire(ok());
     b->fire(ok());
-    EXPECT_EQ(doneSpy.count(), 1);
+    ASSERT_EQ(doneSpy.count(), 1);
-    EXPECT_TRUE(parsed);
+    QVariant payload = doneSpy.takeFirst().at(0).value<QVariant>();
+    ASSERT_TRUE(payload.canConvert<ScatterPayload>());
+    EXPECT_EQ(payload.value<ScatterPayload>().scatter.v.size(), 2u);  // round-trip 还原字段
 }
 
-TEST(DatasetLoadHandles, ChartLoadEmitsFailedOnBatchFailure) {
+TEST(DatasetLoadHandles, DetailLoadEmitsFailedOnBatchFailure) {
     auto* a = new FakeApiCall;
-    auto* b = new FakeApiCall;
+    auto* batch = new ApiBatch({a}, isFailure);
-    auto* batch = new ApiBatch({a, b}, isFailure);
+    auto* load = new ApiDetailLoad(batch, [](const QList<ApiResponse>&) { return QVariant{}; });
-    auto* load = new ApiChartLoad(batch, [](const QList<ApiResponse>&) { return ChartParts{}; });
+    QSignalSpy failSpy(load, &DetailLoad::failed);
-    QSignalSpy failSpy(load, &ChartLoad::failed);
     a->fire(bad());
     EXPECT_EQ(failSpy.count(), 1);
 }
 
-TEST(DatasetLoadHandles, ChartLoadEmitsFailedWhenParseThrows) {
+TEST(DatasetLoadHandles, DetailLoadEmitsFailedWhenParseThrows) {
     auto* a = new FakeApiCall;
     auto* batch = new ApiBatch({a}, isFailure);
-    auto* load = new ApiChartLoad(batch, [](const QList<ApiResponse>&) -> ChartParts {
+    auto* load = new ApiDetailLoad(batch, [](const QList<ApiResponse>&) -> QVariant {
         throw std::runtime_error("parse boom");
     });
-    QSignalSpy doneSpy(load, &ChartLoad::done);
+    QSignalSpy doneSpy(load, &DetailLoad::done);
-    QSignalSpy failSpy(load, &ChartLoad::failed);
+    QSignalSpy failSpy(load, &DetailLoad::failed);
-    a->fire(ok());                 // batch 成功 → parse 抛异常 → failed（emit done 已移出 try）
+    a->fire(ok());                 // batch 成功 → parse 抛 → failed（done 已移出 try）
     EXPECT_EQ(doneSpy.count(), 0);
     EXPECT_EQ(failSpy.count(), 1);
 }
 
-TEST(DatasetLoadHandles, GridLoadAbortSuppressesLateDone) {
+TEST(DatasetLoadHandles, DetailLoadAbortSuppressesLateDone) {
     auto* a = new FakeApiCall;
     auto* batch = new ApiBatch({a}, isFailure);
-    auto* load = new ApiGridLoad(batch, [](const QList<ApiResponse>&) { return GridParts{}; });
+    auto* load = new ApiDetailLoad(batch, [](const QList<ApiResponse>&) { return QVariant{}; });
-    QSignalSpy doneSpy(load, &GridLoad::done);
+    QSignalSpy doneSpy(load, &DetailLoad::done);
     load->abort();
     a->fire(ok());                 // 迟到
-    EXPECT_EQ(doneSpy.count(), 0); // batch.aborted_ + load.aborted_ 双闸门
+    EXPECT_EQ(doneSpy.count(), 0); // 双闸门
 }

tests/data/test_measurement_dto.cpp

@@ -0,0 +1,254 @@
+#include <gtest/gtest.h>
+#include <algorithm>
+#include <QJsonDocument>
+#include <QJsonObject>
+#include "dto/MeasurementDto.hpp"
+using namespace geopro::data::dto;
+
+static QJsonObject obj(const char* json) {
+    return QJsonDocument::fromJson(json).object();
+}
+
+// scatter/graph 的 data：electrodeList + scatterGraphData.rows（17 列定位数组，取自真实夹具前 3 行）。
+static const char* kScatterData = R"({
+  "electrodeList": [
+    {"electrodeNo":1,"horizontalDistance":0,"slopeDistance":0,"pseudoDepth":0},
+    {"electrodeNo":2,"horizontalDistance":1.08,"slopeDistance":1.2459494894830485,"pseudoDepth":0},
+    {"electrodeNo":3,"horizontalDistance":3.15,"slopeDistance":3.3194843662393243,"pseudoDepth":0}
+  ],
+  "scatterGraphData": {
+    "hasCoordinate": true,
+    "rows": [
+      [2.115013167852418,2.2827169278611863,null,-1.2,242.952988,2.385,4.116,0,"1453611521843200",24.288,1,4,2,3,12.5664,1,242.952988],
+      [5.124875148343908,5.300065674086864,null,-2.4,-1066.592407,1.873,13.377,0,"1453611521843201",23.12,1,7,3,5,25.1327,2,-1066.592407],
+      [7.994418521491841,8.175900836015376,null,-3.6,100.239388,2.001,9.976,0,"1453611521843202",21.987,1,10,4,7,37.6991,3,100.239388]
+    ],
+    "__rowsTotal": 576
+  }
+})";
+
+// colorGradation/getDetail{type:3} 的 data：与反演同构混合格式 colorBar（hex + rgba alpha 0–1）。
+static const char* kColorBarData = R"json({
+  "properties": {
+    "lvlSchemeType": "normal",
+    "colorBar": [
+      ["0.00", "#00008B"],
+      ["1.51", "rgba(0, 0, 170, 1)"],
+      ["208.40", "#FF0000"],
+      ["1323.20", "rgba(48, 0, 48, 1)"]
+    ]
+  }
+})json";
+
+// measurement/rows 的 data：filedList（列定义）+ rowList（含 vmap 摊平），取自真实夹具前 2 行。
+static const char* kRowsData = R"({
+  "filedList": [
+    {"fieldCode":"a","name":"A"},
+    {"fieldCode":"b","name":"B"},
+    {"fieldCode":"k","name":"K"},
+    {"fieldCode":"R","name":"电阻"},
+    {"fieldCode":"R0","name":"视电阻率"}
+  ],
+  "rowList": [
+    {"id":"1453611521843200","rowNo":1,"displayStatus":0,"a":1,"b":4,"k":12.5664,
+     "vmap":{"R":19.333542,"V":10223.44531,"I":528.793213,"R0_RD":0,"SP":127.640175,"R0":242.952988}},
+    {"id":"1453611521843201","rowNo":2,"displayStatus":0,"a":1,"b":7,"k":25.1327,
+     "vmap":{"R":2.974368,"V":1822.526123,"I":612.743958,"R0_RD":0,"SP":92.380089,"R0":74.753899}}
+  ],
+  "__rowListTotal": 576
+})";
+
+TEST(MeasurementDto, ParsesScatterPositionalRows) {
+    auto p = parseMeasurementScatter(obj(kScatterData), obj(kColorBarData));
+    const auto& s = p.scatter;
+
+    // 3 个散点；连续上色（cauto，与反演原数据同路径，已无 discreteColor 字段）
+    // + 图例与反演统一为底部横条。
+    EXPECT_FALSE(p.verticalLegend);  // measurement 图例改用底部横条（与反演一致）
+    ASSERT_EQ(s.x.size(), 3u);
+    ASSERT_EQ(s.y.size(), 3u);
+    ASSERT_EQ(s.v.size(), 3u);
+
+    // x = col1 斜距；y = col3 伪深度（负）；色值 = col16。
+    EXPECT_DOUBLE_EQ(s.x[0], 2.2827169278611863);
+    EXPECT_DOUBLE_EQ(s.y[0], -1.2);
+    EXPECT_LT(s.y[0], 0.0);  // 伪深度向下为负
+    EXPECT_DOUBLE_EQ(s.v[0], 242.952988);
+    EXPECT_DOUBLE_EQ(s.x[2], 8.175900836015376);
+    EXPECT_DOUBLE_EQ(s.y[2], -3.6);
+
+    // cauto 关键事实：负异常值（col16）原样保留——视图 setDataRange 据此得 cmin<0，
+    // 使中段视电阻率（≈25–250）归一化到色阶中部（深品红/紫），与原版 Plotly 一致。
+    EXPECT_DOUBLE_EQ(s.v[1], -1066.592407);
+    EXPECT_LT(s.v[1], 0.0);  // 负异常值未被过滤
+    const double vMin = std::min({s.v[0], s.v[1], s.v[2]});
+    EXPECT_DOUBLE_EQ(vMin, -1066.592407);  // 数据范围下界为负 → cmin<0
+
+    // A/B/M/N = col10-13。
+    ASSERT_EQ(s.a.size(), 3u);
+    EXPECT_DOUBLE_EQ(s.a[0], 1.0);
+    EXPECT_DOUBLE_EQ(s.b[0], 4.0);
+    EXPECT_DOUBLE_EQ(s.m[0], 2.0);
+    EXPECT_DOUBLE_EQ(s.n[0], 3.0);
+
+    // 电极 X = electrodeList.slopeDistance。
+    ASSERT_EQ(s.electrodeX.size(), 3u);
+    EXPECT_DOUBLE_EQ(s.electrodeX[0], 0.0);
+    EXPECT_DOUBLE_EQ(s.electrodeX[1], 1.2459494894830485);
+
+    // 电极编号 = electrodeList.electrodeNo（1-based），与 electrodeX 一一对应（供 hover num）。
+    ASSERT_EQ(s.electrodeNo.size(), 3u);
+    EXPECT_DOUBLE_EQ(s.electrodeNo[0], 1.0);
+    EXPECT_DOUBLE_EQ(s.electrodeNo[1], 2.0);
+    EXPECT_DOUBLE_EQ(s.electrodeNo[2], 3.0);
+}
+
+// scatter/graph 含 scatterGraphConf 时：工具条下拉项 + 默认选中 + x/y 本地重绘备选列。
+static const char* kScatterDataWithConf = R"({
+  "electrodeList": [
+    {"electrodeNo":1,"horizontalDistance":0,"slopeDistance":0,"pseudoDepth":0}
+  ],
+  "scatterGraphConf": {
+    "x": [
+      {"fieldCode":"horizontalDistance","name":"平距"},
+      {"fieldCode":"slopeDistance","name":"斜距"}
+    ],
+    "y": [
+      {"fieldCode":"Layer No","name":"层数"},
+      {"fieldCode":"pseudoDepth","name":"伪深度"},
+      {"fieldCode":"elevationPseudoDepth","name":"伪深度+高程"}
+    ],
+    "v": [
+      {"fieldCode":"I","name":"电流"},
+      {"fieldCode":"R0","name":"视电阻率"},
+      {"fieldCode":"SP","name":"自然电位"}
+    ],
+    "vcalculationMethod": [
+      {"fieldCode":null,"name":"线性"},
+      {"fieldCode":null,"name":"对数"},
+      {"fieldCode":null,"name":"导数"}
+    ]
+  },
+  "scatterGraphData": {
+    "rows": [
+      [2.115013167852418,2.2827169278611863,null,-1.2,242.952988,2.385,4.116,0,"id0",24.288,1,4,2,3,12.5664,1,242.952988]
+    ]
+  }
+})";
+
+TEST(MeasurementDto, ParsesScatterToolbarConfAndDefaults) {
+    auto p = parseMeasurementScatter(obj(kScatterDataWithConf), obj(kColorBarData));
+    const auto& tb = p.toolbar;
+
+    EXPECT_FALSE(tb.empty());
+    ASSERT_EQ(tb.x.size(), 2u);
+    ASSERT_EQ(tb.y.size(), 3u);
+    ASSERT_EQ(tb.v.size(), 3u);
+    ASSERT_EQ(tb.method.size(), 3u);
+
+    // 选项名/码（顺序保留）。
+    EXPECT_EQ(tb.x[0].code.toStdString(), "horizontalDistance");
+    EXPECT_EQ(tb.x[0].name.toStdString(), std::string("平距"));
+    EXPECT_EQ(tb.x[1].code.toStdString(), "slopeDistance");
+    EXPECT_EQ(tb.method[0].name.toStdString(), std::string("线性"));
+    EXPECT_TRUE(tb.method[0].code.isEmpty());  // method 的 fieldCode 为 null
+
+    // 默认选中：斜距 / 伪深度 / 视电阻率 / 线性。
+    EXPECT_EQ(tb.defaultX.toStdString(), "slopeDistance");
+    EXPECT_EQ(tb.defaultY.toStdString(), "pseudoDepth");
+    EXPECT_EQ(tb.defaultV.toStdString(), "R0");
+    EXPECT_EQ(tb.defaultMethod.toStdString(), std::string("线性"));
+}
+
+TEST(MeasurementDto, CarriesAltColumnsForLocalReplot) {
+    auto p = parseMeasurementScatter(obj(kScatterDataWithConf), obj(kColorBarData));
+
+    // x 备选：平距(col0) / 斜距(col1)；y 备选：伪深度(col3) / 伪深度+高程(col9)。
+    ASSERT_EQ(p.altXHorizontal.size(), 1u);
+    ASSERT_EQ(p.altXSlope.size(), 1u);
+    ASSERT_EQ(p.altYPseudo.size(), 1u);
+    ASSERT_EQ(p.altYElevationPseudo.size(), 1u);
+    EXPECT_DOUBLE_EQ(p.altXHorizontal[0], 2.115013167852418);
+    EXPECT_DOUBLE_EQ(p.altXSlope[0], 2.2827169278611863);
+    EXPECT_DOUBLE_EQ(p.altYPseudo[0], -1.2);
+    EXPECT_DOUBLE_EQ(p.altYElevationPseudo[0], 24.288);
+}
+
+TEST(MeasurementDto, ToolbarEmptyWhenNoConf) {
+    // 无 scatterGraphConf（反演原数据形状）：工具条空 → 视图渲染反演工具条。
+    auto p = parseMeasurementScatter(obj(kScatterData), obj(kColorBarData));
+    EXPECT_TRUE(p.toolbar.empty());
+}
+
+TEST(MeasurementDto, ParsesScatterColorBarOpaque) {
+    auto p = parseMeasurementScatter(obj(kScatterData), obj(kColorBarData));
+    auto stops = p.scale.stops();
+    ASSERT_EQ(stops.size(), 4u);
+    // 首/末值。
+    EXPECT_DOUBLE_EQ(stops.front().first, 0.0);
+    EXPECT_DOUBLE_EQ(stops.back().first, 1323.20);
+    // 首色 #00008B（深蓝），末色 rgba(48,0,48,1)（alpha=1 → 255，不透明）。
+    EXPECT_EQ(stops.front().second.r, 0);
+    EXPECT_EQ(stops.front().second.g, 0);
+    EXPECT_EQ(stops.front().second.b, 0x8B);
+    EXPECT_EQ(stops.front().second.a, 255);
+    EXPECT_EQ(stops.back().second.r, 48);
+    EXPECT_EQ(stops.back().second.g, 0);
+    EXPECT_EQ(stops.back().second.b, 48);
+    EXPECT_EQ(stops.back().second.a, 255);  // 回归：alpha=1 须映射为 255 不透明
+}
+
+TEST(MeasurementDto, ParsesTableColumnsAndVmapFlattened) {
+    auto t = parseMeasurementTable(obj(kRowsData));
+
+    // 列来自 filedList（5 列）+ 末尾追加“隐藏/显示”开关列 = 6 列。
+    ASSERT_EQ(t.columns.size(), 6u);
+    EXPECT_EQ(t.columns[0].code.toStdString(), "a");
+    EXPECT_EQ(t.columns[0].title.toStdString(), "A");
+    EXPECT_EQ(t.columns[4].code.toStdString(), "R0");
+    EXPECT_EQ(t.columns[4].title.toStdString(), std::string("视电阻率"));
+
+    // 2 行；total 来自 __rowListTotal。
+    ASSERT_EQ(t.rows.size(), 2u);
+    EXPECT_EQ(t.total, 576);
+
+    // 顶层列（a/b/k）从行对象取；vmap 列（R/R0）从 vmap 摊平。
+    ASSERT_EQ(t.rows[0].size(), 6u);
+    EXPECT_EQ(t.rows[0][0].toStdString(), "1");      // a（整数无小数点）
+    EXPECT_EQ(t.rows[0][1].toStdString(), "4");      // b
+    EXPECT_EQ(t.rows[0][3].toStdString(), "19.333542");   // R from vmap
+    EXPECT_EQ(t.rows[0][4].toStdString(), "242.952988");  // R0 from vmap
+    EXPECT_EQ(t.rows[1][4].toStdString(), "74.753899");
+}
+
+TEST(MeasurementDto, AppendsHideShowToggleColumn) {
+    auto t = parseMeasurementTable(obj(kRowsData));
+
+    // 末列为“隐藏/显示”，kind=Toggle，code=displayStatus。
+    ASSERT_EQ(t.columns.size(), 6u);
+    const auto& toggle = t.columns.back();
+    EXPECT_EQ(toggle.title.toStdString(), std::string("隐藏/显示"));
+    EXPECT_EQ(toggle.code.toStdString(), "displayStatus");
+    EXPECT_EQ(toggle.kind, geopro::core::TableColumnKind::Toggle);
+
+    // displayStatus==0 ⇒ ON/可见（"1"），全部 ON。
+    ASSERT_EQ(t.rows.size(), 2u);
+    EXPECT_EQ(t.rows[0].back().toStdString(), "1");
+    EXPECT_EQ(t.rows[1].back().toStdString(), "1");
+}
+
+TEST(MeasurementDto, ToggleOffWhenDisplayStatusNonZero) {
+    // displayStatus!=0 ⇒ OFF（"0"）。
+    auto t = parseMeasurementTable(obj(R"({
+      "filedList": [{"fieldCode":"a","name":"A"}],
+      "rowList": [
+        {"id":"x","a":1,"displayStatus":0},
+        {"id":"y","a":2,"displayStatus":1}
+      ]
+    })"));
+    ASSERT_EQ(t.columns.size(), 2u);
+    EXPECT_EQ(t.columns.back().kind, geopro::core::TableColumnKind::Toggle);
+    ASSERT_EQ(t.rows.size(), 2u);
+    EXPECT_EQ(t.rows[0].back().toStdString(), "1");  // displayStatus 0 → ON
+    EXPECT_EQ(t.rows[1].back().toStdString(), "0");  // displayStatus 1 → OFF
+}

tests/fixtures/dd/ert-measurement-colorbar.json

@@ -0,0 +1,39 @@
+{
+  "code": 200,
+  "msg": "成功",
+  "data": {
+    "id": null,
+    "projectId": "1438889436225536",
+    "templateId": "1439864962138112",
+    "dsObjectId": null,
+    "tmObjectId": null,
+    "graphicArea": 0,
+    "properties": {
+      "lvlSchemeType": "normal",
+      "colorBar": [
+        ["0.00", "#00008B"],
+        ["1.51", "rgba(0, 0, 170, 1)"],
+        ["2.27", "rgba(0, 0, 211, 1)"],
+        ["3.43", "#0000FF"],
+        ["5.17", "rgba(0, 128, 255, 1)"],
+        ["7.79", "#00FFFF"],
+        ["11.75", "rgba(0, 192, 128, 1)"],
+        ["17.72", "#00FF00"],
+        ["26.73", "rgba(0, 128, 0, 1)"],
+        ["40.30", "rgba(128, 192, 0, 1)"],
+        ["60.77", "#FFFF00"],
+        ["91.64", "rgba(191, 128, 0, 1)"],
+        ["138.20", "rgba(255, 128, 0, 1)"],
+        ["208.40", "#FF0000"],
+        ["314.20", "rgba(211, 0, 0, 1)"],
+        ["473.80", "rgba(132, 0, 64, 1)"],
+        ["714.50", "rgba(96, 0, 96, 1)"],
+        ["1323.20", "rgba(48, 0, 48, 1)"]
+      ],
+      "equalAreaLayerCount": 10,
+      "labelConfig": { "showLabels": true, "color": "#000000" },
+      "logLinesCount": 8,
+      "lineConfig": { "showLines": true, "color": "#000000", "lineType": "dashed" }
+    }
+  }
+}

tests/fixtures/dd/ert-measurement-rows.json

@@ -0,0 +1,575 @@
+{
+  "code": 200,
+  "msg": "成功",
+  "data": {
+    "filedList": [
+      {
+        "fieldCode": "a",
+        "name": "A",
+        "sheetHeaderNameList": [
+          "A"
+        ]
+      },
+      {
+        "fieldCode": "b",
+        "name": "B",
+        "sheetHeaderNameList": [
+          "B"
+        ]
+      },
+      {
+        "fieldCode": "m",
+        "name": "M",
+        "sheetHeaderNameList": [
+          "M"
+        ]
+      },
+      {
+        "fieldCode": "n",
+        "name": "N",
+        "sheetHeaderNameList": [
+          "N"
+        ]
+      },
+      {
+        "fieldCode": "k",
+        "name": "K",
+        "sheetHeaderNameList": [
+          "K"
+        ]
+      },
+      {
+        "fieldCode": "stacking",
+        "name": "Stacking",
+        "sheetHeaderNameList": [
+          "Stacking"
+        ]
+      },
+      {
+        "fieldCode": "I",
+        "name": "电流",
+        "sheetHeaderNameList": [
+          "I(mA)"
+        ]
+      },
+      {
+        "fieldCode": "V",
+        "name": "电压",
+        "sheetHeaderNameList": [
+          "V(mV)"
+        ]
+      },
+      {
+        "fieldCode": "R",
+        "name": "电阻",
+        "sheetHeaderNameList": [
+          "R(Ohm)"
+        ]
+      },
+      {
+        "fieldCode": "R0",
+        "name": "视电阻率",
+        "sheetHeaderNameList": [
+          "R0"
+        ]
+      },
+      {
+        "fieldCode": "SP",
+        "name": "自然电位",
+        "sheetHeaderNameList": [
+          "SP"
+        ]
+      },
+      {
+        "fieldCode": "R0_RD",
+        "name": "电阻误差",
+        "sheetHeaderNameList": [
+          "R0_RD"
+        ]
+      }
+    ],
+    "rowList": [
+      {
+        "id": "1453611521843200",
+        "rowNo": 1,
+        "displayStatus": 0,
+        "horizontalDistance": 2.115013167852418,
+        "slopeDistance": 2.2827169278611863,
+        "layerNo": null,
+        "pseudoDepth": -1.2,
+        "elevationPseudoDepth": 24.288,
+        "n": 3,
+        "a": 1,
+        "b": 4,
+        "m": 2,
+        "k": 12.5664,
+        "vmap": {
+          "R": 19.333542,
+          "V": 10223.44531,
+          "I": 528.793213,
+          "R0_RD": 0,
+          "SP": 127.640175,
+          "R0": 242.952988
+        },
+        "stacking": 1
+      },
+      {
+        "id": "1453611521843201",
+        "rowNo": 2,
+        "displayStatus": 0,
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tests/fixtures/dd/ert-measurement-scatter.json

@@ -0,0 +1,830 @@
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