DeepSeek-V4.1-Flash
3400ac7c29
- 网格内固定点：取值胶囊按已放置矩形做纵向避让（不再互相遮挡）；行尾 ✕ 改为与 胶囊同高的正方形；移除固定点的纵向半透明竖线 - 新增「标记透明度」（0–100%），作用于本网格全部固定点的圆点/胶囊/描边/文字/✕； 半透明时文字改走 GDI+（GDI DrawTextW 忽略 alpha），100% 时像素零变化； ≤2% 时不绘制且不登记 ✕ 命中矩形（看不见的按钮不可点） - 面板按信号分组：信号色托底分组栏（展开三角 + 信号名 + N 标记点 + ✕，文字/三角/✕ 一律用自适应对比色），点击分组栏收起/展开；条目五列（值/枚举/增量/时刻/间隔）， 首项增列与 Δt 显示 N/A，整个面板没有枚举文本时枚举列整列缺省；行尾仍有 ✕ - 面板内容超高时右侧出现滚动条（分组栏与条目一起滚动），滚轮在内容区翻页； 底部按钮与「标记透明度」滑块固定在底部、不参与滚动 - 底部按钮改为「光标选取模式」切换类按钮（外观与工具栏切换按钮一致，激活高亮）， 激活时其上方出现「标记透明度」滑动条（与信号样式区的透明度滑块同款） - 所有实验性功能浮动面板支持展开/折起：标题栏 GX 徽标左侧新增「三角 + 横线」指示器， 单击切换、双击标题栏切换；折起的面板只有标题栏 - 数据层：LanePanelState.collapsed、Lane.freeMarkerOpacity/freeMarkerScroll/ freeMarkerCollapsedGroups，LaneCarry 与 SplitLane 一并继承 - 验证：新增离屏 .preflight/perf/mark2check 69/69（含两组 A/B）；回归 datacheck 69/69、 verify 49/49、panelanim 158/158、errcheck 19/19；make release/debug 零警告
365 lines
13 KiB
C++
365 lines
13 KiB
C++
#ifndef __DATAMODEL_INTERNAL_HPP__
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#define __DATAMODEL_INTERNAL_HPP__
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// DataModel 组件内部共享的常量与工具函数（私有头，仅本组件的 .cpp 使用）。
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//
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// 本组件的实现按功能拆成多个协作文件，它们共用这一份内部工具集。
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//
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// ⚠️ 为让多个翻译单元都能使用，原匿名命名空间改为**具名**命名空间 `dmdetail`，
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// 并把其中每个函数与常量标为 `inline` —— 单一定义、单一副本，不会产生代码重复。
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// 各实现文件在包含本头之后用 `using namespace dmdetail;` 引入这些工具，
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// 因此函数体里原有的非限定调用一行都不用改。
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#include <windows.h>
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#include <objidl.h>
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#include <gdiplus.h>
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#include <algorithm>
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#include <atomic>
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#include <cmath>
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#include <cstdio>
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#include <cstdint>
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#include <cstdlib>
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#include <cstring>
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#include <cwctype>
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#include <deque>
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#include <limits>
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#include <new>
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#include <string>
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#include <utility>
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#include <vector>
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#include "DataModel.hpp"
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#include "Theme.hpp"
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#include "Utf8Util.hpp"
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namespace jdi
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{
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namespace dmdetail
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{
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/**
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* @brief DataModel 内部工具集（常量与自由函数）。
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*
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* 全部符号都是 `inline` ⇒ 多个翻译单元共用同一个定义：既不重复符号，也不产生多份代码。
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* 不要把它们移回匿名命名空间（那样每个 .cpp 都会各自复制一份）。
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*/
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inline const double kMissing = std::numeric_limits<double>::quiet_NaN(); /**< 缺失值占位。 */
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inline const double kDefaultLineWidth = 1.6; /**< 默认线宽。 */
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/**
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* @brief 为网格范围补充留白，避免波形紧贴边界。
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*
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* ⚠️ 实际规则实现在 `DataModel.hpp` 的 `PadValueRange()`：它同时被
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* 「选区 Y 轴自适应」使用，两处必须逐位一致（否则两种自适应会算出不同区间）。
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*
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* @param [IN, OUT] yMin 范围下限。
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* @param [IN, OUT] yMax 范围上限。
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*/
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inline void PadRange(double& yMin, double& yMax)
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{
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PadValueRange(yMin, yMax);
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}
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/**
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* @brief 依据全部可见信号重新生成网格划分。
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* @param [IN] visible 各信号的可见性（按 [分组][信号] 索引）。
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* @param [IN] lanes 网格集合（原地更新）。
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* @param [IN] mode 网格划分策略。
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*/
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inline void RebuildLanes(const std::vector<std::vector<bool>>& visible, std::vector<Lane>& lanes,
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LaneMode mode)
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{
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// 随网格携带的“网格自身状态”（按信号继承）：重建网格时不能丢。
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struct LaneCarry
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{
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bool matched = false; /**< 是否找到该信号原本所在的网格（false = 新出现的信号）。 */
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bool fitYToSelection = false;
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bool edgeCount = false;
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double edgeValue = 0.0;
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bool edgeValueValid = false;
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LanePanelState edgePanel;
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bool edgeCenter = false;
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std::vector<Lane::EdgeCenterItem> edgeCenterItems;
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LanePanelState edgeCenterPanel;
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bool meanFilter = false;
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std::vector<Lane::MeanFilterItem> meanFilterItems;
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LanePanelState meanFilterPanel;
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bool weakPeak = false;
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std::vector<Lane::WeakPeakItem> weakPeakItems;
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LanePanelState weakPeakPanel;
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bool freeMarker = false;
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bool freeMarkerCursor = false;
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std::vector<Lane::FreeMarkerItem> freeMarkerItems;
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LanePanelState freeMarkerPanel;
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float freeMarkerOpacity = 1.0f;
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float freeMarkerScroll = 0.0f;
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std::vector<SignalRef> freeMarkerCollapsedGroups;
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};
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// 先记下每个信号原来所在网格的网格自身状态：
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// 勾选可见性会重建网格，若不携带，用户刚打开的开关会被悄悄清掉。
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//
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// ⚠️ 同时记下「重建之前是否**每个**网格都开着 `fitYToSelection`」：
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// 那就是「全局 Y 轴自适应」的正式定义。新勾选信号产生的**新网格**必须继承它，
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// 否则全局开关看着是开的、新网格却不按当前视界自适应（用户报告的缺陷）。
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bool previousAllAutoFit = !lanes.empty();
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for (const Lane& lane : lanes)
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{
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if (!lane.fitYToSelection)
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{
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previousAllAutoFit = false;
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break;
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}
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}
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std::vector<std::pair<SignalRef, LaneCarry>> previousCarry;
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for (const Lane& lane : lanes)
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{
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LaneCarry carry;
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carry.matched = true;
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carry.fitYToSelection = lane.fitYToSelection;
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carry.edgeCount = lane.edgeCount;
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carry.edgeValue = lane.edgeValue;
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carry.edgeValueValid = lane.edgeValueValid;
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carry.edgePanel = lane.edgePanel;
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carry.edgeCenter = lane.edgeCenter;
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carry.edgeCenterItems = lane.edgeCenterItems;
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carry.edgeCenterPanel = lane.edgeCenterPanel;
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carry.meanFilter = lane.meanFilter;
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carry.meanFilterItems = lane.meanFilterItems;
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carry.meanFilterPanel = lane.meanFilterPanel;
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carry.weakPeak = lane.weakPeak;
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carry.weakPeakItems = lane.weakPeakItems;
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carry.weakPeakPanel = lane.weakPeakPanel;
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carry.freeMarker = lane.freeMarker;
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carry.freeMarkerCursor = lane.freeMarkerCursor;
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carry.freeMarkerItems = lane.freeMarkerItems;
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carry.freeMarkerPanel = lane.freeMarkerPanel;
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carry.freeMarkerOpacity = lane.freeMarkerOpacity;
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carry.freeMarkerScroll = lane.freeMarkerScroll;
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carry.freeMarkerCollapsedGroups = lane.freeMarkerCollapsedGroups;
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for (const SignalRef& ref : lane.signals)
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{
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previousCarry.emplace_back(ref, carry);
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}
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}
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const auto inheritedCarry = [&previousCarry](const SignalRef& ref)
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{
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for (const std::pair<SignalRef, LaneCarry>& entry : previousCarry)
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{
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if (entry.first == ref)
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{
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return entry.second;
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}
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}
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return LaneCarry();
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};
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const auto applyCarry = [&inheritedCarry, previousAllAutoFit](Lane& lane, const SignalRef& ref)
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{
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const LaneCarry carry = inheritedCarry(ref);
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// 新出现的信号（之前没有网格）：继承「全局 Y 轴自适应」是否开启。
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lane.fitYToSelection = carry.matched ? carry.fitYToSelection : previousAllAutoFit;
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lane.edgeCount = carry.edgeCount;
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lane.edgeValue = carry.edgeValue;
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lane.edgeValueValid = carry.edgeValueValid;
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lane.edgePanel.open = carry.edgePanel.open;
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lane.edgePanel.collapsed = carry.edgePanel.collapsed;
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lane.edgePanel.x = carry.edgePanel.x;
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lane.edgePanel.y = carry.edgePanel.y;
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lane.edgeCenter = carry.edgeCenter;
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lane.edgeCenterItems = carry.edgeCenterItems;
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lane.edgeCenterPanel.open = carry.edgeCenterPanel.open;
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lane.edgeCenterPanel.collapsed = carry.edgeCenterPanel.collapsed;
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lane.edgeCenterPanel.x = carry.edgeCenterPanel.x;
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lane.edgeCenterPanel.y = carry.edgeCenterPanel.y;
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lane.meanFilter = carry.meanFilter;
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lane.meanFilterItems = carry.meanFilterItems;
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lane.meanFilterPanel.open = carry.meanFilterPanel.open;
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lane.meanFilterPanel.collapsed = carry.meanFilterPanel.collapsed;
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lane.meanFilterPanel.x = carry.meanFilterPanel.x;
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lane.meanFilterPanel.y = carry.meanFilterPanel.y;
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lane.weakPeak = carry.weakPeak;
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lane.weakPeakItems = carry.weakPeakItems;
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lane.weakPeakPanel.open = carry.weakPeakPanel.open;
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lane.weakPeakPanel.collapsed = carry.weakPeakPanel.collapsed;
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lane.weakPeakPanel.x = carry.weakPeakPanel.x;
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lane.weakPeakPanel.y = carry.weakPeakPanel.y;
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lane.freeMarker = carry.freeMarker;
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lane.freeMarkerCursor = carry.freeMarkerCursor;
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lane.freeMarkerItems = carry.freeMarkerItems;
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lane.freeMarkerPanel.open = carry.freeMarkerPanel.open;
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lane.freeMarkerPanel.collapsed = carry.freeMarkerPanel.collapsed;
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lane.freeMarkerPanel.x = carry.freeMarkerPanel.x;
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lane.freeMarkerPanel.y = carry.freeMarkerPanel.y;
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lane.freeMarkerOpacity = carry.freeMarkerOpacity;
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lane.freeMarkerScroll = carry.freeMarkerScroll;
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lane.freeMarkerCollapsedGroups = carry.freeMarkerCollapsedGroups;
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};
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// 收集全部可见信号引用。
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std::vector<SignalRef> visibleRefs;
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for (std::size_t groupIndex = 0; groupIndex < visible.size(); ++groupIndex)
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{
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for (std::size_t signalIndex = 0; signalIndex < visible[groupIndex].size(); ++signalIndex)
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{
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if (visible[groupIndex][signalIndex])
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{
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SignalRef ref;
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ref.groupIndex = static_cast<int>(groupIndex);
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ref.signalIndex = static_cast<int>(signalIndex);
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visibleRefs.push_back(ref);
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}
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}
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}
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// 判断某引用对应的信号是否可见（越界视为不可见）。
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const auto isVisibleRef = [&visible](const SignalRef& ref)
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{
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if (ref.groupIndex < 0 || static_cast<std::size_t>(ref.groupIndex) >= visible.size())
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{
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return false;
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}
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const std::vector<bool>& fileVisible = visible[static_cast<std::size_t>(ref.groupIndex)];
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if (ref.signalIndex < 0 || static_cast<std::size_t>(ref.signalIndex) >= fileVisible.size())
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{
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return false;
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}
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return fileVisible[static_cast<std::size_t>(ref.signalIndex)];
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};
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// 某信号当前所属的网格下标（-1 表示尚未分配网格）。
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const auto laneIndexOf = [&lanes](const SignalRef& ref)
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{
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for (std::size_t index = 0; index < lanes.size(); ++index)
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{
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const std::vector<SignalRef>& refs = lanes[index].signals;
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if (std::find(refs.begin(), refs.end(), ref) != refs.end())
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{
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return static_cast<int>(index);
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}
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}
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return -1;
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};
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if (mode == LaneMode::PER_SIGNAL)
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{
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// 每条可见信号独占一个网格：网格数量严格跟随可见信号数量。
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// **顺序按"原有网格位置"优先**：已经分配过网格的信号保持其相对次序，
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// 新勾选（此前没有网格）的信号统一追加到最下方。
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// 若直接按 visibleRefs（文件/列序）重建，新勾选的信号会按其列序
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// 插到中间，位置看起来"不确定"。
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std::vector<SignalRef> ordered;
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ordered.reserve(visibleRefs.size());
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for (const SignalRef& ref : visibleRefs)
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{
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if (laneIndexOf(ref) >= 0)
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{
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ordered.push_back(ref);
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}
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}
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std::stable_sort(ordered.begin(), ordered.end(),
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[&laneIndexOf](const SignalRef& a, const SignalRef& b)
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{ return laneIndexOf(a) < laneIndexOf(b); });
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for (const SignalRef& ref : visibleRefs)
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{
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if (laneIndexOf(ref) < 0)
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{
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ordered.push_back(ref);
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}
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}
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lanes.clear();
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lanes.reserve(ordered.size());
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for (const SignalRef& ref : ordered)
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{
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Lane lane;
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lane.autoRange = true;
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applyCarry(lane, ref);
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lane.signals.push_back(ref);
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lanes.push_back(std::move(lane));
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}
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}
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else if (mode == LaneMode::MERGED)
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{
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// 全部可见信号合并到同一网格；无可见信号时不保留空网格。
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bool previousAutoRange = true;
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double previousYMin = -1.0;
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double previousYMax = 1.0;
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if (lanes.size() == 1)
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{
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previousAutoRange = lanes[0].autoRange;
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previousYMin = lanes[0].yMin;
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previousYMax = lanes[0].yMax;
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}
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lanes.clear();
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if (!visibleRefs.empty())
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{
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Lane lane;
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lane.autoRange = previousAutoRange;
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lane.yMin = previousYMin;
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lane.yMax = previousYMax;
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applyCarry(lane, visibleRefs.front());
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lane.signals = visibleRefs;
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lanes.push_back(std::move(lane));
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}
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}
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else
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{
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// 自定义划分：仅移除不可见信号与由此产生的空网格，保持用户排布。
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for (Lane& lane : lanes)
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{
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std::vector<SignalRef>& refs = lane.signals;
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refs.erase(std::remove_if(refs.begin(), refs.end(),
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[&isVisibleRef](const SignalRef& ref)
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{ return !isVisibleRef(ref); }),
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refs.end());
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}
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lanes.erase(std::remove_if(lanes.begin(), lanes.end(),
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[](const Lane& lane) { return lane.signals.empty(); }),
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lanes.end());
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// 未分配网格的可见信号各自独占一个新网格。
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// 注意：不能把它们塞进已有的第一个网格——那会导致“拖拽合并后新勾选的信号
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// 被悄悄并入合并网格”，用户看不到新增的独立泳道。
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for (const SignalRef& ref : visibleRefs)
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{
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bool placed = false;
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for (const Lane& lane : lanes)
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{
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if (std::find(lane.signals.begin(), lane.signals.end(), ref) != lane.signals.end())
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{
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placed = true;
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break;
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}
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}
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if (placed)
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{
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continue;
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}
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Lane lane;
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lane.autoRange = true;
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applyCarry(lane, ref);
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lane.signals.push_back(ref);
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lanes.push_back(std::move(lane));
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}
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}
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// 统一重命名，保证编号连续。
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for (std::size_t index = 0; index < lanes.size(); ++index)
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{
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lanes[index].name = L"网格 " + std::to_wstring(index + 1);
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}
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}
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} // namespace dmdetail
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using namespace dmdetail;
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} // namespace jdi
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#endif // __DATAMODEL_INTERNAL_HPP__
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