diff --git a/docs/collide.json b/docs/collide.json
index 5775077..b1402ce 100644
--- a/docs/collide.json
+++ b/docs/collide.json
@@ -31049,5 +31049,7 @@
    89.0
   ]
  },
- "adj_generated": "2026-10-13 22:07:31"
-}
\ No newline at end of file
+ "adj_generated": "2026-10-13 22:07:31",
+ "pair2d": {"18":{"joints":["J3","J4"],"lo":[-180,-113],"h":1,"n":[360,227],"fp":"16858a8d","b64":"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"}},
+ "pair2d_generated": "2026-10-15T14:55:27.084Z"
+}
diff --git a/docs/路径规划优化报告.md b/docs/路径规划优化报告.md
new file mode 100644
index 0000000..6d9c7bd
--- /dev/null
+++ b/docs/路径规划优化报告.md
@@ -0,0 +1,68 @@
+# 避障路径规划优化报告（2026-10-15，基于 1dfdd48）
+
+## 现状问题（旧 routeOrVia 阶梯）
+1. **穿模**：`routeAroundPlan` 每段只查 ≤8 点（长段采样间隔 15°+），`coordinated` 二分松弛只查 6 点。
+   60 个"直线被挡"随机场景里 18 条路径在 1° 细验下实际穿模（13 条为 coordinated）。
+2. **怪动作**：`CRUISE` 巡航位形把 J3/J5/J6 强制拉到固定值（0/-60/0），与障碍无关的腕部和大臂自转也被
+   "归零再转回"；回退绕行（retract_pass）先收臂再伸展，路径绕远。
+3. **单目标**：绕行只认一个目标解 qT，换个肘/腕构型就能直走的情况被忽略。
+4. **动画顿挫**：`animTo` 每个中间位形各占固定 ms 并各自 smoothstep —— 每过一个 via 都减速到 0；
+   5° 小段与 150° 大段用同样时间。
+
+## 改动
+- `ik-solver.js` 新增 6c 节：
+  - `gatherGoals`：候选表里端点安全的 IK 解按加权关节距离取前 6 个（同盆地去重）作为目标集；
+  - 先试多目标直线（1.5° 细验）→ 再试弦中点 J2/J4 微调单中间点 → 再上 **Lazy RRT-Connect**
+    （起点树 ↔ 多根目标树；生长时只查节点 + 边中点，连通后整条路径细验，坏边判死子树）；
+  - `shortcut`：随机捷径 + 贪心最远可达 + 逐轴拉直（去掉与障碍无关轴的来回摆）；
+  - 加权度量 `PW=[1.6,1.4,1,1,0.7,0.5]`（近端轴代价高），定种子 LCG，结果可复现；
+  - 连续轴段内变化 <179°，保证与查看器短弧插值走的是同一条线；
+  - 规划失败时仍回落旧阶梯与 routeVia，最坏行为不劣于旧版。
+- 碰撞窄相位前加**胶囊级包围球预筛**（保守、零漏判）：`collideFree` 2.9 → 1.8 ms/次，
+  4000 个随机位形与旧实现判定 0 差异。
+- `ik-glue.js animTo`：各段时长按"最慢轴所需时间"（轴速比 VREL）分配，整条折线一次全局缓入缓出，
+  中间位形不停顿；总时长按路径长度伸缩。
+
+## 基准（`node tests/route_bench.cjs [solver] 60`，同一批 60 个直线被挡场景）
+| 指标 | 旧 | 新 |
+|---|---|---|
+| 1° 细验无穿模的路径 | 42/60 | 58/60（剩 2 条最大侵入 0.28/0.08 mm，在 0.3 mm 安全裕度内） |
+| 到达且无穿模 | 37 | 53 |
+| 两版都成功的 37 例：平均关节总行程 | 417° | 388°（−7%） |
+| 同上：估算执行时间 | 2.56 s | 2.46 s |
+| 平均规划耗时（Node 单线程） | 0.72 s | 1.23 s（全集）/ 0.94 s（37 例） |
+
+到不了的 5 例两版相同，属于目标超出安全可达区（IK 残差 4~235 mm），不是规划问题。
+
+## 已知取舍 / 后续
+- 规划耗时上升约 0.3~0.5 s（Worker 里跑，不卡界面）；拖拽实时模式预算 150 ms，超时回落旧阶梯。
+- 执行层仍是关节空间折线；若要上真机，下一步应做带加速度约束的时间最优参数化（TOPP）+ 拐角抛物线过渡，
+  过渡段需重新做碰撞校验。
+
+## 二期：规划提速（2026-10-15）
+
+逐段计时（20 个被挡场景）：时间主要花在"单中间点微调"（~350 ms/例）、RRT（~280 ms）和平滑（~250 ms 截止）；
+每次碰撞判定约 1.5 ms，其中 80% 的线段距离计算来自 (2,4) 类零件对（P05/M3 × P07/M5，长期相距 ~5 mm）。
+
+改动：
+1. **两关节零件对类间隙表**：(2,4) 类的相对位姿只取决于 J3、J4，离线按 1° 网格生成最小间隙表
+   （`webapp/tools/gen_pair2d.cjs` → `docs/collide.json` 的 `pair2d`）。运行时取最近网格点，按杠杆界
+   （J3 3.24 mm/°、J4 2.54 mm/°）给出上下界，能定论就跳过/判撞，否则回退精算。2 万随机姿态与精算判定 0 差异；
+   单次判定 1.60 → 1.25 ms。指纹校验：重新拟合胶囊后未重生成表会自动弃表（只变慢不出错）。
+2. **前移启发**：撞上的零件对/簇对移到表头，规划中反复撞同一处时首查即短路。
+3. **单次求解内判定记忆**：routeFrom / gatherGoals / 规划器对同一批 IK 候选不再重复判定。
+4. **routeFrom 惰性回退**：被挡时先不算"贴边停"位形（findSafeTarget + 二分），规划失败才补算。
+5. 微调只试前 2 个目标；平滑 50 次随机捷径 / 160 ms 截止，逐轴拉直 1 轮。
+
+同一批 60 例（`node tests/route_bench.cjs <solver> 60`）：
+
+| 指标 | 一期 | 二期 |
+|---|---:|---:|
+| 平均规划耗时 | 1239 ms | 837 ms（−32%） |
+| 到达目标 | 55 | 58 |
+| 1° 细验不穿模 | 58 | 58 |
+| 关节总行程均值 | 438° | 436° |
+| 往返次数均值 | 2.08 | 1.98 |
+
+尝试过但未采用：基于间隙 + 杠杆界的保守连续检测。(2,4) 类常年仅 ~5 mm 间隙把步长压到 <1°，
+单次间隙查询又比布尔判定贵，实测比 1.5° 离散检测慢 25%。
diff --git a/tests/route_bench.cjs b/tests/route_bench.cjs
new file mode 100644
index 0000000..c3f5941
--- /dev/null
+++ b/tests/route_bench.cjs
@@ -0,0 +1,43 @@
+const setup=require('./route_bench_setup.cjs');
+const solverPath=process.argv[2];const N=+process.argv[3]||40;const live=process.argv[4]==='live';
+const {S}=setup(solverPath);
+const L=S.LIM,O=S.ORDER,w=S.wrap180;
+let s=12345;const rnd=()=>{s=(s*1664525+1013904223)>>>0;return s/4294967296};
+const rq=()=>O.map(id=>{const t=L[id];return t.lo+rnd()*(t.hi-t.lo)});
+const d=(a,b)=>a.map((v,i)=>L[O[i]].cont?w(b[i]-v):b[i]-v);
+function segOK(a,b){const dd=d(a,b);const m=Math.max(...dd.map(Math.abs));const n=Math.max(1,Math.ceil(m/1));for(let i=1;i<=n;i++){if(!S.collideFree(a.map((v,k)=>v+dd[k]*i/n)))return false}return true}
+// build cases: free start, free goal config, straight blocked
+const cases=[];let tries=0;
+while(cases.length<N&&tries<20000){tries++;const a=rq(),b=rq();if(!S.collideFree(a)||!S.collideFree(b))continue;
+ if(segOK(a,b))continue; // only obstacle cases
+ cases.push({from:a,T:S.fk(b,0)});}
+const W=[1,1,1,1,1,1];
+let res={n:cases.length,reached:0,valid:0,blocked:0,len:0,lenDirect:0,ms:0,rev:0,segs:0,timeExec:0,fail:[]};
+const VMAX=[60,60,90,90,120,180]; // deg/s assumed
+function execTime(pts){let t=0;for(let i=1;i<pts.length;i++){const dd=d(pts[i-1],pts[i]);t+=Math.max(...dd.map((x,k)=>Math.abs(x)/VMAX[k]))+ (pts.length>2&&i<pts.length-1?0.25:0)}return t}
+for(const c of cases){
+ const t0=performance.now();
+ const opt={tool:0,step:0.5,ref:c.from,from:c.from.slice()};
+ if(live){opt.noVia=true;opt.quick=true;opt.warm=c.from}
+ const r=live?S.solveRoute(c.T,opt):S.solveDyn(c.T,opt);
+ const ms=performance.now()-t0;res.ms+=ms;
+ const pts=[c.from].concat(r.via||[],[r.q]);
+ // unwrap
+ for(let i=1;i<pts.length;i++)pts[i]=pts[i-1].map((v,k)=>L[O[k]].cont?v+w(pts[i][k]-v):pts[i][k]);
+ let ok=true;for(let i=1;i<pts.length;i++)if(!segOK(pts[i-1],pts[i])){ok=false;break}
+ const tcp=S.fk(r.q,0);const err=Math.hypot(tcp[0]-c.T[0],tcp[1]-c.T[1],tcp[2]-c.T[2]);
+ const reached=err<1&&!r.blocked;
+ if(reached)res.reached++; if(ok)res.valid++; if(r.blocked)res.blocked++;
+ let len=0;for(let i=1;i<pts.length;i++)len+=d(pts[i-1],pts[i]).reduce((a,x)=>a+Math.abs(x),0);
+ const direct=d(c.from,r.q).reduce((a,x)=>a+Math.abs(x),0);
+ // reversals
+ let rev=0;for(let k=0;k<6;k++){let sg=0;for(let i=1;i<pts.length;i++){const x=d(pts[i-1],pts[i])[k];if(Math.abs(x)<2)continue;const s2=Math.sign(x);if(sg&&s2!==sg)rev++;sg=s2}}
+ res.per=res.per||[];res.per.push({ms:Math.round(ms),reached,ok,len:Math.round(len),rev,segs:pts.length-1,exec:+execTime(pts).toFixed(2),detour:r.detour||null});
+ if(reached&&ok){res.len+=len;res.lenDirect+=direct;res.rev+=rev;res.segs+=pts.length-1;res.timeExec+=execTime(pts)}
+ else res.fail.push({reached,ok,err:+err.toFixed(1),detour:r.detour||null,blocked:!!r.blocked});
+}
+const g=res.reached;const both=cases.length-res.fail.length;
+require('fs').writeFileSync(process.argv[5]||require('path').join(require('os').tmpdir(),'route_bench_per.json'),JSON.stringify(res.per));console.log(JSON.stringify({n:res.n,reached:res.reached,validPath:res.valid,goodBoth:both,blocked:res.blocked,
+ avgPlanMs:+(res.ms/res.n).toFixed(0),avgJointTravel:+(res.len/both).toFixed(0),avgDirect:+(res.lenDirect/both).toFixed(0),
+ avgReversals:+(res.rev/both).toFixed(2),avgSegs:+(res.segs/both).toFixed(2),avgExecS:+(res.timeExec/both).toFixed(2),
+ failTypes:res.fail.slice(0,12)}));
diff --git a/tests/route_bench_setup.cjs b/tests/route_bench_setup.cjs
new file mode 100644
index 0000000..b6ae75e
--- /dev/null
+++ b/tests/route_bench_setup.cjs
@@ -0,0 +1,12 @@
+/* 路径规划基准的求解器装配（Node）：node tests/route_bench.cjs [solver.js] [N] */
+const fs=require('fs'),path=require('path');
+const ROOT=path.resolve(__dirname,'..');
+module.exports=function(solverPath,collidePath){
+  const ArmIK=require(solverPath||path.join(ROOT,'webapp/js/ik-solver.js'));
+  const JMap=/* 关节表取自 arm/kinematics.py JOINTS（无需 mesh_arm.json） */ {"J1": {"rear": [-51.0, 128.0, 610.0], "d": [1, 0, 0]}, "J2": {"rear": [19.5, 100.0, 490.0], "d": [0, 1, 0]}, "J3": {"rear": [19.5, 128.0, 445.0], "d": [0, 0, -1]}, "J4": {"rear": [19.5, 100.0, 332.0], "d": [0, 1, 0]}, "J5": {"rear": [19.5, 100.0, 222.0], "d": [0, 1, 0]}, "J6": {"rear": [19.5, 128.0, 176.0], "d": [0, 0, -1]}};
+  const travel=JSON.parse(fs.readFileSync(ROOT+'/docs/travel.json','utf8'));
+  const COL=JSON.parse(fs.readFileSync(collidePath||ROOT+'/docs/collide.json','utf8'));
+  const TR={};for(const t of travel){const a=COL.adj[t.axis];TR[t.axis]={lo:a?a[0]:t.lo,hi:a?a[1]:t.hi,continuous:!!t.continuous};}
+  const S=ArmIK.make({joints:JMap,travel:TR,tcp:[19.5,128,93],collide:COL});
+  return {S,ArmIK};
+};
diff --git a/webapp/js/ik-glue.js b/webapp/js/ik-glue.js
index 03a9f56..166b539 100644
--- a/webapp/js/ik-glue.js
+++ b/webapp/js/ik-glue.js
@@ -340,7 +340,7 @@ function animTo(q, ms, via) {
      end 保存求解器给的代表角，末帧落回它——与插值终点恰好相差 360° 的整数倍，
      同一物理角，视觉零跳变，同时保证滑块/关节表数值与求解结果一致。
      via：绕行中间位形（solveRoute 判直线被挡时给的两段式路径），逐段同样按短弧折算，
-     每段各 ms 毫秒——渲染走的段与碰撞校验走的段是同一批，不存在"校验过了但动画穿模"。 */
+     渲染走的段与碰撞校验走的段是同一批，不存在"校验过了但动画穿模"。 */
   const segs = [];
   let p = from;
   for (const raw of (via || []).concat([q])) {
@@ -352,17 +352,34 @@ function animTo(q, ms, via) {
     segs.push(t); p = t;
   }
   const end = q.slice();
-  const total = ms * segs.length;
+  /* 时间参数化（2026-10-15）：旧版每段固定 ms 且每段各自 smoothstep —— 每个中间位形都
+     减速到 0 再起步（顿挫），且 5° 的小段和 150° 的大段用同样时间（小段慢吞吞、大段猛甩）。
+     现在：各段时长 ∝ 该段"最慢轴所需时间"（按轴速比 VMAX 折算，近端轴更慢），
+     整条折线只做一次全局 smoothstep：只在起点/终点加减速，途经中间位形不停顿。
+     走的仍是校验过的那条折线（中间位形经捷径平滑后通常只剩 1~2 个，折角很少）。 */
+  const VREL = [0.6, 0.6, 0.9, 0.9, 1.2, 1.8];
+  const pts = [from].concat(segs), dur = [];
+  for (let i = 1; i < pts.length; i++) {
+    let t = 0;
+    for (let j = 0; j < 6; j++) t = Math.max(t, Math.abs(pts[i][j] - pts[i - 1][j]) / VREL[j]);
+    dur.push(Math.max(t, 1e-3));
+  }
+  const sum = dur.reduce((a, b) => a + b, 0);
+  /* 总时长：ms 视为"标准 90° 移动"的时长，按路径实际长度伸缩，夹在 [0.6ms, 3.5ms] */
+  const total = Math.max(ms * 0.6, Math.min(ms * 3.5, ms * sum / 150));
+  const cum = [0]; for (const d of dur) cum.push(cum[cum.length - 1] + d / sum);
   anim = { from: from, to: segs[segs.length - 1], t0: performance.now(), ms: total };
   const tick = () => {
     if (!anim) return;
     const el = performance.now() - anim.t0;
-    const si = Math.min(segs.length - 1, Math.floor(el / ms));
-    const k = Math.min(1, (el - si * ms) / ms);
-    const e = k * k * (3 - 2 * k);
-    const a0 = si === 0 ? from : segs[si - 1], a1 = segs[si];
+    const u = Math.min(1, el / total);
+    const k = u;
+    const e = u * u * (3 - 2 * u);                 // 全局一次缓入缓出
+    let si = 0; while (si < dur.length - 1 && e > cum[si + 1]) si++;
+    const f = Math.min(1, Math.max(0, (e - cum[si]) / (cum[si + 1] - cum[si])));
+    const a0 = pts[si], a1 = pts[si + 1];
     for (let i = 0; i < 6; i++) {
-      const id = ORDER[i], a = a0[i] + (a1[i] - a0[i]) * e;
+      const id = ORDER[i], a = a0[i] + (a1[i] - a0[i]) * f;
       ang[id] = a;
       const sl = $('s' + id), v = $('v' + id);
       if (sl) sl.value = a;
@@ -492,7 +509,8 @@ function renderResult(res, src) {
     : res.blocked
     ? '路径被立柱挡住 · 已停在边界（目标差 ' + dsc.toFixed(1) + ' mm）'
     : res.detour
-    ? (res.detour === 'retract_pass' ? '避障到达 · 模拟人类回退绕过立柱'
+    ? (res.detour === 'planned' ? '避障到达 · 规划绕行（' + ((res.via || []).length) + ' 个中间位形）'
+       : res.detour === 'retract_pass' ? '避障到达 · 模拟人类回退绕过立柱'
        : (res.detour === 'gentle' ? '避障到达 · 微调协同避开立柱'
        : (res.detour === 'coordinated' ? '避障到达 · 平滑协同跨越立柱'
        : '绕行立柱后到达')))
diff --git a/webapp/js/ik-solver.js b/webapp/js/ik-solver.js
index 9d04d28..7560385 100644
--- a/webapp/js/ik-solver.js
+++ b/webapp/js/ik-solver.js
@@ -175,6 +175,8 @@ function make(cfg) {
   const HARD = (COL && COL.hard) || {};
   const ADJ = (COL && COL.adj) || {};   // 相邻打印件对的 1D 自由角区间（度）
   const PART = [], PARTPAIR = [];                     // 零件级（宽相位）与零件对
+  /* 胶囊半长（窄相位前的胶囊级包围球预筛用，2026-10-15） */
+  const HLEN = CAPG ? CAPG.map(c => 0.5 * Math.hypot(c.b[0] - c.a[0], c.b[1] - c.a[1], c.b[2] - c.a[2])) : null;
   if (COL) {
     const pidx = {};
     for (const nm in COL.parts) {
@@ -260,12 +262,86 @@ function make(cfg) {
         const ca = A.clus[ia], cb = B.clus[ib];
         const pr = [];
         for (const i of ca.caps) for (const j of cb.caps)
-          pr.push([i, j, CAPG[i].r + CAPG[j].r + CAPM]);
+          pr.push([i, j, CAPG[i].r + CAPG[j].r + CAPM, HLEN[i] + HLEN[j] + CAPG[i].r + CAPG[j].r + CAPM]);
         if (pr.length) cl.push([ia, ib, pr, ca.rad + cb.rad, ca.rmax + cb.rmax]);
       }
       if (cl.length) PARTPAIR.push([A, B, cl, A.rad + B.rad, A.rmax + B.rmax]);
     }
   }
+  /* ---------- 0c. 两关节零件对类的预计算间隙表（2026-10-15） ----------
+     零件对类 (ga, gb) 且 gb−ga=2 时，两组的相对位姿只由中间两个关节决定（如 (2,4)：P05/M3 ×
+     P07/M5 只取决于 J3、J4）。实测 (2,4) 类长期相距 ~5 mm、平面相对，簇级宽相位筛不掉，
+     独占每次 collideFree 约 80% 的线段距离计算。离线把该类最小间隙按 1° 网格打成表
+     （collide.json 的 pair2d 字段，webapp/tools/gen_pair2d.cjs 生成），运行时取最近网格点，
+     按 Lipschitz 界给出间隙上下界：下界 > 0 → 该类整类跳过；上界 < 0 → 直接判撞；
+     夹在中间才回退精算。结果与精算逐位一致（保守），只省时间。
+     指纹不匹配（重新拟合过胶囊但没重生成表）时整表弃用，自动回退精算。 */
+  function classOf(A, B) { return A.g < B.g ? A.g * 7 + B.g : B.g * 7 + A.g; }
+  function classFingerprint(ci) {
+    let h = 2166136261 >>> 0;
+    const mix = v => { h = Math.imul(h ^ (Math.round(v * 1000) | 0), 16777619) >>> 0; };
+    mix(CAPM);
+    const inCls = new Set();
+    for (const pp of PARTPAIR) if (classOf(pp[0], pp[1]) === ci) { inCls.add(pp[0]._i); inCls.add(pp[1]._i); }
+    for (const pt of PART) {                        // 按 PART 固定顺序（PARTPAIR 运行期会前移重排）
+      if (!inCls.has(pt._i)) continue;
+      for (const i of pt.caps) { const c = CAPG[i]; mix(c.g); mix(c.r); for (const v of c.a) mix(v); for (const v of c.b) mix(v); }
+    }
+    return h.toString(16);
+  }
+  const P2D = {};                                   // ci → 表
+  if (COL && COL.pair2d) {
+    for (const key in COL.pair2d) {
+      const T = COL.pair2d[key], ci = +key;
+      const ga = Math.floor(ci / 7), gb = ci % 7;
+      if (gb - ga !== 2) continue;
+      if (T.fp !== classFingerprint(ci)) { if (typeof console !== 'undefined') console.warn('[IK] pair2d 类 ' + key + ' 指纹不符，弃用（重跑 webapp/tools/gen_pair2d.cjs）'); continue; }
+      let gap;
+      if (typeof atob === 'function') { const bin = atob(T.b64); gap = new Int16Array(bin.length >> 1); for (let i = 0; i < gap.length; i++) gap[i] = (bin.charCodeAt(2 * i) | (bin.charCodeAt(2 * i + 1) << 8)) << 16 >> 16; }
+      else { const buf = Buffer.from(T.b64, 'base64'); gap = new Int16Array(buf.length >> 1); for (let i = 0; i < gap.length; i++) gap[i] = buf.readInt16LE(2 * i); }
+      /* 杠杆界（mm/°）：高组胶囊轴端点 p 在低组坐标系里的速度 ≤ |ω_a|·dist(p, 轴a) + |ω_b|·dist(p, 轴b)，
+         轴b 与高组同刚体 → dist(p,轴b) 不变；dist(p,轴a) ≤ dist(枢轴b, 轴a) + |p − 枢轴b|（两者对两关节转动都不变）。
+         只用轴端点（半径不随运动变），距离对线段凸 → 端点取极值即可。 */
+      const ja = ga, jb = ga + 1;                    // 关节下标（0 基）：带动组 ga+1 与 ga+2
+      const Pa = P[ORDER[ja]], Da = D[ORDER[ja]], Pb = P[ORDER[jb]], Db = D[ORDER[jb]];
+      const perp = (p, P0, d) => { const v = [p[0] - P0[0], p[1] - P0[1], p[2] - P0[2]]; const t = v[0] * d[0] + v[1] * d[1] + v[2] * d[2]; return Math.hypot(v[0] - t * d[0], v[1] - t * d[1], v[2] - t * d[2]); };
+      const pbA = perp(Pb, Pa, Da);
+      let La = 0, Lb = 0;
+      for (const pp of PARTPAIR) {
+        if (classOf(pp[0], pp[1]) !== ci) continue;
+        const hi = pp[0].g === gb ? pp[0] : pp[1];
+        for (const i of hi.caps) for (const p of [CAPG[i].a, CAPG[i].b]) {
+          La = Math.max(La, pbA + Math.hypot(p[0] - Pb[0], p[1] - Pb[1], p[2] - Pb[2]));
+          Lb = Math.max(Lb, perp(p, Pb, Db));
+        }
+      }
+      P2D[ci] = { ja: ja, jb: jb, lo: T.lo, h: T.h, n: T.n, ca: !!LIM[ORDER[ja]].cont, gap: gap,
+                  La: La * D2R, Lb: Lb * D2R, st: 0, gen: -1 };
+    }
+  }
+  /* 查表：1=该类必无干涉，−1=必干涉，0=不确定（需精算） */
+  function p2dStatus(T, q) {
+    let a = q[T.ja], b = q[T.jb];
+    if (T.ca) a = wrap180(a);
+    let ia = Math.round((a - T.lo[0]) / T.h), ib = Math.round((b - T.lo[1]) / T.h);
+    if (T.ca) ia = ((ia % T.n[0]) + T.n[0]) % T.n[0];
+    if (ia < 0 || ia >= T.n[0] || ib < 0 || ib >= T.n[1]) return 0;
+    let da = Math.abs(a - (T.lo[0] + ia * T.h)); if (T.ca) da = Math.abs(wrap180(a - (T.lo[0] + ia * T.h)));
+    const db = Math.abs(b - (T.lo[1] + ib * T.h));
+    const g = T.gap[ia * T.n[1] + ib] * 0.01, sl = T.La * da + T.Lb * db + 1e-6;
+    if (g - sl > 0) return 1;
+    if (g + sl < 0 && g > -327) return -1;
+    return 0;
+  }
+  /* 某类在姿态 q 下的精确最小间隙（生成表用）：需 cumXf 之后的变换缓冲，故走一次独立扫描 */
+  function classGap(q, ci) {
+    let best = Infinity;
+    const save = P2D[ci]; delete P2D[ci];
+    try {
+      scanPairs(q, (na, nb, d, need) => {}, ci, g => { if (g < best) best = g; });
+    } finally { if (save) P2D[ci] = save; }
+    return Math.min(best, 20);                       // ≥20 mm 一律记 20（下界，保守）
+  }
   /* 组累积刚体变换 cum[k]：(R,t) 使 world = R·local + t，k=1..6（0 为恒等） */
   /* 碰撞热路径预分配（一次性）：替代每次 check 重建 clc/cache/pcc（约 2500 个小数组/次，
      GC 占单次判定 ~13%）。普通数组 + 代际戳，元素类型统一（数字 + 一个字符串 cn）——
@@ -292,9 +368,16 @@ function make(cfg) {
   }
   /* 逐对扫描（簇级宽相位 → 胶囊线段距离）。visit(cnA,cnB,d,need) 对每个距离
      < need 的胶囊对回调；无回调（collideFree）时首对即短路返回。 */
-  function scanPairs(q, visit) {
+  function scanPairs(q, visit, onlyCls, gapCb) {
     if (!COL) return false;
     const { R: Rs, T: Ts } = cumXf(q);
+    /* 两关节类查表（只在纯判定时用；明细/生成表走精算） */
+    const INF = gapCb ? 20 : 0;                     // 生成表：宽相位外扩 20 mm，表内 <20 mm 的间隙为精确值
+    if (!visit) for (const k in P2D) {
+      const T = P2D[k], st = p2dStatus(T, q);
+      if (st < 0) return true;
+      T.st = st;
+    }
     /* clc/cache/pcc 全部预分配（声明见 cumXf 前）：CGEN 代际戳标记"本 check 已变换" */
     CGEN++;
     const clOf = (pi, ci) => {
@@ -340,34 +423,60 @@ function make(cfg) {
     let hit = false;
     for (let k = 0; k < PARTPAIR.length; k++) {
       const [A, B, cl, rsum0, rmax0] = PARTPAIR[k];
+      if (onlyCls !== undefined) { if (classOf(A, B) !== onlyCls) continue; }
+      else if (!visit) { const T = P2D[classOf(A, B)]; if (T && T.st === 1) continue; }
       const pa = pcOf(A._i), pb = pcOf(B._i);
       const ddx = pa[0] - pb[0], ddy = pa[1] - pb[1], ddz = pa[2] - pb[2];
       const lim0 = rsum0 + rmax0 + CAPM;
-      if (ddx * ddx + ddy * ddy + ddz * ddz > lim0 * lim0) continue;     // 零件级分离
+      if (ddx * ddx + ddy * ddy + ddz * ddz > (lim0 + INF) * (lim0 + INF)) continue;     // 零件级分离
       for (let m = 0; m < cl.length; m++) {
         const [ia, ib, pr, rsum, rmaxS] = cl[m];
         const p1 = clOf(A._i, ia), p2 = clOf(B._i, ib);
         const dx = p1[0] - p2[0], dy = p1[1] - p2[1], dz = p1[2] - p2[2];
         const lim = rsum + rmaxS + CAPM;
-        if (dx * dx + dy * dy + dz * dz > lim * lim) continue;          // 簇球分离
+        if (dx * dx + dy * dy + dz * dz > (lim + INF) * (lim + INF)) continue;          // 簇球分离
         for (let n = 0; n < pr.length; n++) {
           const e1 = xf(pr[n][0]), e2 = xf(pr[n][1]);
           const need = pr[n][2];
+          /* 胶囊级包围球预筛：中点距 > 半长和 + 半径和 + margin 时线段距离必然 ≥ need（保守、无漏判），
+             实测 segSegDistRaw 占碰撞判定 ~45% 耗时，绝大多数胶囊对在这一步就能跳过 */
+          const mx = 0.5 * (e1[0] + e1[3] - e2[0] - e2[3]), my = 0.5 * (e1[1] + e1[4] - e2[1] - e2[4]),
+                mz = 0.5 * (e1[2] + e1[5] - e2[2] - e2[5]), bl = pr[n][3];
+          if (mx * mx + my * my + mz * mz > (bl + INF) * (bl + INF)) continue;
           const d = segSegDistRaw(e1[0], e1[1], e1[2], e1[3], e1[4], e1[5],
                                   e2[0], e2[1], e2[2], e2[3], e2[4], e2[5]);
+          if (gapCb) { gapCb(d - need); continue; }
           if (d < need) {
             hit = true;
             if (visit) visit(e1[6], e2[6], d, need);
-            else return true;
+            else {
+              /* 前移启发：撞上的零件对 / 簇对挪到表头。规划中大量判定落在同一处障碍
+                 （典型：立柱 × 腕/法兰），下次首查即命中、提前短路。只改顺序，不改结果。 */
+              if (k > 0) { const e = PARTPAIR[k]; PARTPAIR.copyWithin(1, 0, k); PARTPAIR[0] = e; }
+              if (m > 0) { const e = cl[m]; cl.copyWithin(1, 0, m); cl[0] = e; }
+              return true;
+            }
           }
         }
       }
     }
     return hit;
   }
+  /* 间隙下界（mm，封顶 cap）：所有零件对 min(线段距 − need)。宽相位被筛掉的对按
+     "球心距 − 阈值"计下界，所以返回值 ≤ 真实最小间隙（保守）。< 0 即干涉。
+     供 edgeFree 做保守连续检测：间隙 c 内，任何关节运动只要扫掠位移 < c 就不可能撞。 */
   /* 全姿态动态碰撞判定：True = 无动态干涉（模型近似，含 margin 外扩） */
+  const PST = { n: 0 };
+  /* 单次求解内的判定记忆：routeFrom / gatherGoals / 规划器会对同一批 IK 候选反复判定 */
+  let CFMEMO = null;
   function collideFree(q) {
-    return !COL || !scanPairs(q, null);
+    if (!COL) return true;
+    let key;
+    if (CFMEMO) { key = q[0] + ',' + q[1] + ',' + q[2] + ',' + q[3] + ',' + q[4] + ',' + q[5]; const v = CFMEMO.get(key); if (v !== undefined) return v; }
+    PST.n++;
+    const v = !scanPairs(q, null);
+    if (CFMEMO && CFMEMO.size < 20000) CFMEMO.set(key, v);
+    return v;
   }
   /* 干涉明细（调参/界面提示用）：返回 [{cnA, cnB, d, need}]，按 d−need 升序
      （最贴合的排前面）。空数组 = 无动态干涉。 */
@@ -1994,7 +2103,7 @@ function make(cfg) {
     }
     return null;
   }
-  function routeFrom(from, cur) {
+  function routeFrom(from, cur, lazy) {
     if (!COL || !cur || !cur.q || !from) return cur;
     if (!collideFree(from)) return cur;                 // 起点已在干涉里：先把自己拔出来再说
     const seen = new Set(), cand = [];
@@ -2025,6 +2134,9 @@ function make(cfg) {
     }
     /* 没有一条直线能干净抵达：沿最优候选（优先端点安全的那个）方向二分退回安全边界，
        让臂贴着障碍停住，而不是穿过去。 */
+    /* lazy：调用方接下来要跑规划器，贴边停的回退位形先不算（findSafeTarget + 二分 + 细验
+       约占被挡场景 routeFrom 耗时的一半），规划失败时再补算。 */
+    if (lazy) return Object.assign({}, cur, { routed: true, blocked: true, lazyBlocked: true });
     const safeT = findSafeTarget(cur, from);
     let bestQ = safeT ? safeT.q : null;
     if (!bestQ) {
@@ -2193,11 +2305,236 @@ function make(cfg) {
     }
     return null;
   }
+  /* ---------- 6c. 采样式避障规划：多目标 RRT-Connect + 捷径平滑（2026-10-15） ----------
+     取代原先"微调偏移 → 固定巡航位形 → 回退绕行 → 收臂转 J1"的手工阶梯：
+       · 旧阶梯的 CRUISE 位形把 J3/J5/J6 强制拉回固定值（0/-60/0），哪怕它们和障碍无关，
+         所以每次绕行都会出现"腕部无故甩一圈、大臂自转归零再转回去"的怪动作；
+       · 旧阶梯每段只查 ≤8 个点（长段间隔可达 15°+），且只认一个目标解；
+       · 找不到就贴边停（blocked），用户看到的是"卡住/抖动"。
+     新做法：
+       1) 目标集 = 候选表里所有端点安全的 IK 解（按加权关节距离取前 GOAL_K 个），
+          而不是单一 qT —— 换一个肘/腕构型往往就有直线可走；
+       2) 双向 RRT-Connect（起点树 ↔ 多根目标树），关节空间按加权距离扩展，
+          连续轴（J1/J3/J6）在起点 ±180° 的展开坐标里采样，天然走短弧；
+       3) 边检测按 EDGE_RES 度二分顺序（先中点再细分，撞点通常 1~3 次就被否决）；
+       4) 捷径平滑：随机两点直连 + 贪心最远可达，去掉 RRT 的锯齿，
+          最终路径通常只剩 1~2 个中间位形，且只动"必须动"的轴；
+       5) 定种子 LCG：同一起点/目标结果可复现，不会每次松手走不同的路。 */
+  const PW = [1.6, 1.4, 1.0, 1.0, 0.7, 0.5];      // 加权：近端轴惯量大、扫掠体积大，动它代价更高
+  const EDGE_RES = 1.5, RRT_STEP = 20, GOAL_K = 6;
+  function dq(a, b) {                               // 展开坐标下的差（连续轴取短弧）
+    const o = new Array(6);
+    for (let i = 0; i < 6; i++) o[i] = LIM[ORDER[i]].cont ? wrap180(b[i] - a[i]) : b[i] - a[i];
+    return o;
+  }
+  function wdist(a, b) {                            // 加权 L2（最近邻 / 代价）
+    let s = 0;
+    for (let i = 0; i < 6; i++) { const x = (a[i] - b[i]) * PW[i]; s += x * x; }
+    return Math.sqrt(s);
+  }
+  function pathCost(pts) { let c = 0; for (let i = 1; i < pts.length; i++) c += wdist(pts[i - 1], pts[i]); return c; }
+  /* 二分顺序的边检测：端点由调用侧保证；先查中点、再 1/4、3/4……撞点早否决 */
+  function edgeFree(a, b, res) {
+    res = res || EDGE_RES;
+    let m = 0;
+    for (let i = 0; i < 6; i++) {
+      const d = Math.abs(b[i] - a[i]);
+      if (d >= 179 && LIM[ORDER[i]].cont) return false;   // 动画按短弧插值：段内连续轴不得 ≥180°
+      m = Math.max(m, d);
+    }
+    const n = Math.max(1, Math.ceil(m / res));
+    if (n <= 1) return true;
+    const q = new Array(6), Q = [[0, n]];
+    for (let h = 0; h < Q.length; h++) {             // 广度优先二分：中点 → 四分点 → …
+      const [lo, hi] = Q[h];
+      if (hi - lo < 2) continue;
+      const k = (lo + hi) >> 1, t = k / n;
+      for (let i = 0; i < 6; i++) q[i] = a[i] + (b[i] - a[i]) * t;
+      if (!collideFree(q)) return false;
+      Q.push([lo, k], [k, hi]);
+    }
+    return true;
+  }
+  /* 把 q 展开到离 ref 最近的等价角（连续轴），供规划在连续坐标里工作 */
+  function unwrapTo(ref, q) { return q.map((v, i) => LIM[ORDER[i]].cont ? ref[i] + wrap180(v - ref[i]) : v); }
+  function inBox(q) {
+    for (let i = 0; i < 6; i++) { const t = LIM[ORDER[i]]; if (!t.cont && (q[i] < t.lo - 1e-6 || q[i] > t.hi + 1e-6)) return false; }
+    return true;
+  }
+  function gatherGoals(cur, from) {
+    const seen = new Set(), out = [];
+    const add = q => {
+      if (!q || q.length !== 6) return;
+      const u = unwrapTo(from, q);
+      const key = u.map(v => Math.round(v)).join(',');
+      if (seen.has(key)) return;
+      seen.add(key); out.push(u);
+    };
+    add(cur.q);
+    const L = cur.list || [];
+    for (let i = 0; i < Math.min(L.length, 160); i++) add(L[i] && L[i].q);
+    out.sort((a, b) => wdist(from, a) - wdist(from, b));
+    const goals = [];
+    for (const g of out) {
+      if (goals.length >= GOAL_K) break;
+      if (goals.some(h => wdist(g, h) < 8)) continue;     // 同一盆地只留一个
+      if (collideFree(g)) goals.push(g);
+    }
+    return goals;
+  }
+  function shortcut(pts, deadline, rnd) {
+    pts = pts.map(p => p.slice());
+    /* 随机捷径：在两段上各取一点直连 */
+    for (let it = 0; it < 50 && pts.length > 2 && nowMs() < deadline; it++) {
+      const i = Math.floor(rnd() * (pts.length - 1)), j = Math.floor(rnd() * (pts.length - 1));
+      if (Math.abs(i - j) < 1) continue;
+      const a = Math.min(i, j), b = Math.max(i, j);
+      const ta = rnd(), tb = rnd();
+      const pa = pts[a].map((v, k) => v + (pts[a + 1][k] - v) * ta);
+      const pb = pts[b].map((v, k) => v + (pts[b + 1][k] - v) * tb);
+      if (wdist(pa, pb) >= pathCost(pts.slice(a, b + 2).concat()) - 1e-6) continue;
+      if (!edgeFree(pa, pb)) continue;
+      pts = pts.slice(0, a + 1).concat([pa, pb], pts.slice(b + 1));
+    }
+    /* 贪心：从当前点直连最远可达点，删掉多余中间位形 */
+    const out = [pts[0]];
+    let i = 0;
+    while (i < pts.length - 1) {
+      let j = pts.length - 1;
+      while (j > i + 1 && !edgeFree(pts[i], pts[j])) j--;
+      out.push(pts[j]); i = j;
+    }
+    /* 逐轴拉直：中间位形的每个轴若能取"前后两点按段长插值"的值且两侧边仍无碰撞，就拉直它。
+       去掉 RRT 留下的"某轴来回摆"（与障碍无关的轴不该动），这正是视觉上"怪动作"的来源。 */
+    for (let pass = 0; pass < 1 && out.length > 2; pass++) {
+      for (let i = 1; i < out.length - 1 && nowMs() < deadline; i++) {
+        const a = out[i - 1], b = out[i + 1];
+        const la = wdist(a, out[i]), lb = wdist(out[i], b), t = la / (la + lb || 1);
+        for (let k = 0; k < 6; k++) {
+          const v = a[k] + (b[k] - a[k]) * t;
+          if (Math.abs(v - out[i][k]) < 0.5) continue;
+          const q = out[i].slice(); q[k] = v;
+          if (collideFree(q) && edgeFree(a, q) && edgeFree(q, b)) out[i] = q;
+        }
+      }
+    }
+    return out;
+  }
+  /* Lazy RRT-Connect：生长时只查新节点本身 + 边中点（2 次判定），连通后再对整条路径
+     逐边 2° 细验；不通的边把子节点判死（连同其子树），继续生长。碰撞判定是唯一的大头
+     （~3 ms/次），惰性验证把每次迭代从 ~25 ms 降到 ~6 ms。 */
+  function rrtConnect(from, goals, budgetMs, seed) {
+    const t0 = nowMs(), deadline = t0 + budgetMs;
+    let s = seed >>> 0 || 1;
+    const rnd = () => { s = (s * 1664525 + 1013904223) >>> 0; return s / 4294967296; };
+    const A = [{ q: from.slice(), p: -1, ok: true, dead: false }];
+    const B = goals.map(g => ({ q: g.slice(), p: -1, ok: true, dead: false }));
+    const alive = (T, i) => { while (i >= 0) { if (T[i].dead) return false; i = T[i].p; } return true; };
+    const nearest = (T, q) => {
+      let bi = -1, bd = Infinity;
+      for (let i = 0; i < T.length; i++) { const d = wdist(T[i].q, q); if (d < bd && alive(T, i)) { bd = d; bi = i; } }
+      return bi;
+    };
+    const steer = (a, b) => {
+      let m = 0; for (let i = 0; i < 6; i++) m = Math.max(m, Math.abs(b[i] - a[i]));
+      if (m <= RRT_STEP) return b.slice();
+      const k = RRT_STEP / m; return a.map((v, i) => v + (b[i] - v) * k);
+    };
+    const extend = (T, q) => {               // 0=trapped 1=advanced 2=reached
+      const ni = nearest(T, q);
+      if (ni < 0) return [0, -1];
+      const qn = steer(T[ni].q, q);
+      if (!inBox(qn) || !collideFree(qn)) return [0, -1];
+      const mid = T[ni].q.map((v, i) => 0.5 * (v + qn[i]));
+      if (!collideFree(mid)) return [0, -1];
+      T.push({ q: qn, p: ni, ok: false, dead: false });  // ok=false：边尚未细验
+      return [wdist(qn, q) < 1e-6 ? 2 : 1, T.length - 1];
+    };
+    /* 细验一条树枝（叶→根），返回 true=全通；失败则判死第一条坏边的子端 */
+    const verify = (T, i) => {
+      while (i >= 0 && T[i].p >= 0) {
+        const n = T[i];
+        if (!n.ok) {
+          if (!edgeFree(T[n.p].q, n.q)) { n.dead = true; return false; }
+          n.ok = true;
+        }
+        i = n.p;
+      }
+      return true;
+    };
+    const trace = (T, i) => { const o = []; while (i >= 0) { o.push(T[i].q); i = T[i].p; } return o; };
+    let Ta = A, Tb = B, swapped = false, it = 0;
+    while (nowMs() < deadline) {
+      it++;
+      let qr;
+      if (rnd() < 0.1) qr = Tb[Math.floor(rnd() * Tb.length)].q.slice();
+      else qr = ORDER.map((id, i) => { const t = LIM[id]; return t.cont ? from[i] - 180 + 360 * rnd() : t.lo + (t.hi - t.lo) * rnd(); });
+      const [st, ia] = extend(Ta, qr);
+      if (st) {
+        const qa = Ta[ia].q;
+        let r = [1, -1];
+        while (r[0] === 1) r = extend(Tb, qa);
+        if (r[0] === 2) {
+          /* 连接点在两棵树里是同一位形：两侧树枝都细验通过才算路径 */
+          const okA = verify(Ta, ia), okB = okA && verify(Tb, r[1]);
+          if (okA && okB) {
+            const pa = trace(Ta, ia), pb = trace(Tb, r[1]);
+            let path = pa.reverse().concat(pb.slice(1));
+            if (swapped) path = path.reverse();
+            return { path: path, iters: it, ms: nowMs() - t0, rnd: rnd };
+          }
+        }
+      }
+      const t = Ta; Ta = Tb; Tb = t; swapped = !swapped;
+      if (Ta.length + Tb.length > 6000) break;
+    }
+    return null;
+  }
+  function planAround(from, cur, quick) {
+    const goals = gatherGoals(cur, from);
+    if (!goals.length) return null;
+    const budget = quick ? 150 : 1500;
+    /* 先试直线（多目标、2° 细验）：换个构型能直走就不绕 */
+    for (const g of goals) if (edgeFree(from, g)) return { goal: g, via: [], detour: null };
+    /* 再试"单中间点微调"：弦中点抬肩 / 收肘（只动 J2/J4，其余轴保持直线插值），2° 细验。
+       贴边擦碰的大多数场景这里就能解决，动作最接近直线、最像人。 */
+    for (const g of goals.slice(0, 2)) {
+      const mid = from.map((v, i) => 0.5 * (v + g[i]));
+      for (const [d2, d4] of GENTLE_OFFSETS) {
+        const m = mid.slice(); m[1] += d2; m[3] += d4;
+        if (!inBox(m) || !collideFree(m)) continue;
+        if (edgeFree(from, m) && edgeFree(m, g)) return { goal: g, via: [m], detour: 'planned' };
+      }
+    }
+    let seed = 2166136261;
+    for (const v of from.concat(goals[0])) seed = Math.imul(seed ^ Math.round(v * 10), 16777619);
+    const r = rrtConnect(from, goals, budget, seed);
+    if (!r) return null;
+    const sm = shortcut(r.path, nowMs() + (quick ? 40 : 160), r.rnd);
+    const goal = sm[sm.length - 1];
+    return { goal: goal, via: sm.slice(1, -1), detour: 'planned', iters: r.iters, ms: r.ms };
+  }
   function routeOrVia(from, target, cur, opt) {
-    const r = routeFrom(from, cur);
+    CFMEMO = new Map();
+    try { return routeOrViaImpl(from, target, cur, opt); } finally { CFMEMO = null; }
+  }
+  function routeOrViaImpl(from, target, cur, opt) {
+    const lazy = !opt.noAround;
+    let r = routeFrom(from, cur, lazy);
     if (!r.blocked || !from) return r;
-    const around = opt.noAround ? null : routeAroundPlan(from, cur, opt.quick, r.safeT);
-    if (around) return Object.assign({}, around.res, { via: around.via, routed: true, blocked: false, detour: around.detour || 'around' });
+    /* 首选：采样规划（多目标 + 平滑），给出的路径已按 EDGE_RES 细验 */
+    if (!opt.noAround) {
+      const pl = planAround(from, cur, opt.quick);
+      if (pl) {
+        const res = Object.assign({}, cur, { q: pl.goal.map((v, i) => LIM[ORDER[i]].cont ? wrap180(v) : v), routed: true, blocked: false, kept: false });
+        if (pl.via.length) Object.assign(res, { via: pl.via, detour: pl.detour, planIters: pl.iters, planMs: pl.ms });
+        return res;
+      }
+      if (r.lazyBlocked) r = routeFrom(from, cur, false);
+      /* 规划预算内未连通（极少）：退回旧的启发式阶梯 */
+      const around = routeAroundPlan(from, cur, opt.quick, r.safeT);
+      if (around) return Object.assign({}, around.res, { via: around.via, routed: true, blocked: false, detour: around.detour || 'around' });
+    }
     if (opt.noVia) return r;
     return routeVia(from, target, opt) || r;
   }
@@ -2313,7 +2650,7 @@ function make(cfg) {
   }
 
   return { fk: fk, fkChain: fkChain, solve: solve, solveTo: solveTo, solveWarm: solveWarm, solveDyn: solveDyn,
-           solveRoute: solveRoute, routeFrom: routeFrom, transitPt: transitPt,
+           solveRoute: solveRoute, routeFrom: routeFrom, transitPt: transitPt, planAround: planAround, edgeFree: edgeFree, PST: PST, classGap: classGap, classFingerprint: classFingerprint, P2D: P2D,
            mixSolve: mixSolve, closest: closest, closest6: closest6, closestOri: closestOri, orient: orient,
            branch: branch, selfTest: selfTest, poseSelfTest: poseSelfTest,
            collideFree: collideFree, collideDetail: collideDetail,
diff --git a/webapp/tools/gen_pair2d.cjs b/webapp/tools/gen_pair2d.cjs
new file mode 100644
index 0000000..521153e
--- /dev/null
+++ b/webapp/tools/gen_pair2d.cjs
@@ -0,0 +1,40 @@
+/* 生成两关节零件对类的间隙表，写入 docs/collide.json 的 pair2d 字段。
+ *   node webapp/tools/gen_pair2d.cjs            默认生成 (2,4) 类（P05/M3 × P07/M5，J3×J4）
+ * 重新拟合胶囊（scratch/fit_capsules.py 重写 collide.json）后必须重跑；
+ * 求解器按指纹校验，不符会自动弃表回退精算（只是变慢，不会算错）。 */
+const fs = require('fs'), path = require('path');
+const ROOT = path.resolve(__dirname, '..', '..');
+const setup = require(path.join(ROOT, 'tests/route_bench_setup.cjs'));
+const COLF = path.join(ROOT, 'docs/collide.json');
+/* 文本级追加/替换，保持 fit_capsules.py 写出的原格式不动（避免整文件 diff） */
+let text = fs.readFileSync(COLF, 'utf8');
+const cut = text.indexOf(',\n "pair2d":');
+if (cut >= 0) text = text.slice(0, cut) + '\n}\n';
+fs.writeFileSync(COLF + '.tmp', text);
+const { S } = setup(undefined, COLF + '.tmp');
+fs.unlinkSync(COLF + '.tmp');
+const H = 1.0, classes = [[2, 4]];
+const out = {};
+for (const [ga, gb] of classes) {
+  const ci = ga * 7 + gb, ja = ga, jb = ga + 1;
+  const la = S.LIM[S.ORDER[ja]], lb = S.LIM[S.ORDER[jb]];
+  const lo = [la.cont ? -180 : la.lo, lb.cont ? -180 : lb.lo];
+  const n = [la.cont ? Math.round(360 / H) : Math.round((la.hi - la.lo) / H) + 1,
+             lb.cont ? Math.round(360 / H) : Math.round((lb.hi - lb.lo) / H) + 1];
+  const buf = Buffer.alloc(n[0] * n[1] * 2);
+  const t0 = Date.now();
+  for (let i = 0; i < n[0]; i++) {
+    for (let j = 0; j < n[1]; j++) {
+      const q = [0, 0, 0, 0, 0, 0];
+      q[ja] = lo[0] + i * H; q[jb] = lo[1] + j * H;
+      const g = S.classGap(q, ci);
+      buf.writeInt16LE(Math.max(-32767, Math.min(32767, Math.floor(g * 100))), 2 * (i * n[1] + j));  // 向下取整：保守
+    }
+    if (i % 60 === 0) console.error('class', ga + '' + gb, i + '/' + n[0], ((Date.now() - t0) / 1000).toFixed(0) + 's');
+  }
+  out[ci] = { joints: [S.ORDER[ja], S.ORDER[jb]], lo: lo, h: H, n: n, fp: S.classFingerprint(ci), b64: buf.toString('base64') };
+}
+const body = text.replace(/\s*\}\s*$/, '');
+fs.writeFileSync(COLF, body + ',\n "pair2d": ' + JSON.stringify(out) +
+  ',\n "pair2d_generated": ' + JSON.stringify(new Date().toISOString()) + '\n}\n');
+console.log('pair2d written', Object.keys(out));