fix: UI 标签优化、继电器着色、工装配置概览面板

- fixture.js: FarTol/NearTol/StepTol 容差字段去掉 ×10 换算
- test_data.js: relay_out 列增加 fmtRelay() 着色渲染
- test_op.js: 新增工装配置概览面板 (renderConfigOverview + toggleConfig)；新增 fmtRelay()；renderLatest 继电器着色
- fixture.html: 标签文本优化 — 触发距离/释放距离/mm/V 单位标注
- test_op.html: 新增配置概览面板 HTML，隐藏旧 test-mode-indicator
- vehicle_base_test.html: 标签文本统一（触发/释放距离 + 单位）
- .gitignore: 新增，排除 __pycache__/*.pyc/.venv

edc-web/app/static/js/test_op.js

@@ -279,6 +279,7 @@ async function loadTestMode() {
         const param = await resp.json();
         if (param && param.dnt_id) {
             updateTestModeUI(param.TestMode);
+            renderConfigOverview(param);
         } else {
             // 没有工装参数时，尝试从最新测试数据获取
             const r2 = await fetch(`/api/automation/${DNT_ID}/progress`);
@@ -292,17 +293,81 @@ async function loadTestMode() {
 
 function updateTestModeUI(mode) {
     currentTestMode = mode;
-    const indicator = document.getElementById("test-mode-indicator");
     const waveSection = document.getElementById("wave-section");
     if (mode === 1) {
-        indicator.innerHTML = '当前测试模式：<strong style="color:#e67e22;">波动测试</strong>';
         waveSection.style.display = '';
     } else {
-        indicator.innerHTML = '当前测试模式：<strong style="color:#2980b9;">灵敏度测试</strong>';
         waveSection.style.display = 'none';
     }
 }
 
+function renderConfigOverview(param) {
+    const panel = document.getElementById("config-overview");
+    if (!panel) return;
+    panel.style.display = '';
+
+    // 测试模式
+    const modeEl = document.getElementById("cfg-test-mode");
+    if (param.TestMode === 1) {
+        modeEl.innerHTML = '<strong style="color:#e67e22;">波动测试</strong>';
+    } else {
+        modeEl.innerHTML = '<strong style="color:#2980b9;">灵敏度测试</strong>';
+    }
+
+    // 型号
+    const devTypeMap = {0: '未知', 1: 'PD132', 2: 'DLD110'};
+    document.getElementById("cfg-dev-type").textContent = devTypeMap[param.DevType] || `0x${(param.DevType||0).toString(16)}`;
+
+    // 距离 (DB cm → 显示 mm)
+    document.getElementById("cfg-reset-dis").textContent = param.RestDis != null ? param.RestDis * 10 : '-';
+    document.getElementById("cfg-minus-dis").textContent = param.MinusDis != null ? param.MinusDis * 10 : '-';
+
+    // 触发和释放范围 (SensMin ~ SensMax)
+    document.getElementById("cfg-sens-range").textContent =
+        (param.SensMin != null && param.SensMax != null) ? `${param.SensMin} ~ ${param.SensMax}` : '-';
+
+    // 频率范围 (配置值 ×10 = 实际 Hz)
+    if (param.FreMin != null && param.FreMax != null) {
+        document.getElementById("cfg-fre-range").textContent = `${param.FreMin * 10} ~ ${param.FreMax * 10}`;
+    } else {
+        document.getElementById("cfg-fre-range").textContent = '-';
+    }
+
+    // 线圈信息
+    const coil = [param.coil_num, param.coil_name].filter(Boolean).join(' ');
+    document.getElementById("cfg-coil").textContent = coil || '-';
+
+    // 模拟车辆信息
+    const car = [param.simulate_num, param.car_name].filter(Boolean).join(' ');
+    document.getElementById("cfg-car").textContent = car || '-';
+
+    // 波动参数
+    const waveParams = document.getElementById("cfg-wave-params");
+    if (param.TestMode === 1) {
+        waveParams.style.display = '';
+        document.getElementById("cfg-near-tol").textContent = param.NearTol ?? '-';
+        document.getElementById("cfg-far-tol").textContent = param.FarTol ?? '-';
+        document.getElementById("cfg-step-tol").textContent = param.StepTol ?? '-';
+        document.getElementById("cfg-back-forth").textContent = param.BackForth ?? '-';
+        document.getElementById("cfg-near-stay").textContent = param.NearStay ?? '-';
+        document.getElementById("cfg-far-stay").textContent = param.FarStay ?? '-';
+    } else {
+        waveParams.style.display = 'none';
+    }
+}
+
+function toggleConfig() {
+    const body = document.getElementById("config-body");
+    const toggle = document.getElementById("config-toggle");
+    if (body.style.display === 'none') {
+        body.style.display = '';
+        toggle.textContent = '收起 ▲';
+    } else {
+        body.style.display = 'none';
+        toggle.textContent = '展开 ▼';
+    }
+}
+
 async function loadInitialData() {
     await loadTestMode();
     refreshDeviceStatus();
@@ -399,6 +464,13 @@ function decodeRelay(v) {
     return RELAY_MAP[parseInt(v)] || `0x${parseInt(v).toString(16).toUpperCase().padStart(2, '0')}`;
 }
 
+function fmtRelay(s) {
+    if (!s) return '-';
+    return s
+        .replace(/继电器有输出/g, '<span style="color:#22c55e;font-weight:600">✅有输出</span>')
+        .replace(/继电器无输出/g, '<span style="color:#ef4444;font-weight:600">❌无输出</span>');
+}
+
 // ─── 显示最新结果 ──────────────────────────────
 
 function renderLatest(data) {
@@ -416,7 +488,7 @@ function renderLatest(data) {
         <p>离开速度：${toSpeed(data.exit_speed)} m/s</p>
         <p>是否完成：${data.iffinish === '1' ? '是' : '否'}</p>
         <p>故障信息：${data.fault_info || '无'}</p>
-        <p>继电器：${data.relay_out || decodeRelay(data.relay_code)}</p>
+        <p>继电器：${fmtRelay(data.relay_out) || decodeRelay(data.relay_code)}</p>
         <p>时间：${fmtTime(data.create_time)}</p>
     `;
 }
@@ -457,7 +529,7 @@ function renderLatestWave(data) {
         <p>最远距离：${data.far_dist || '-'} mm</p>
         <p>进入高度 (B4)：${data.b4_enter_dist || '-'} mm</p>
         <p>离开高度 (B4)：${data.b4_leave_dist || '-'} mm</p>
-        <p>继电器：${data.relay_out || decodeRelay(data.relay_code)}</p>
+        <p>继电器：${fmtRelay(data.relay_out) || decodeRelay(data.relay_code)}</p>
         <p>时间：${fmtTime(data.create_time)}</p>
     `;
 }