diff --git a/.claude/r2/_base_board_pre_fanwin_0912.json b/.claude/r2/_base_board_pre_fanwin_0912.json
new file mode 100644
index 0000000..8d27493
--- /dev/null
+++ b/.claude/r2/_base_board_pre_fanwin_0912.json
@@ -0,0 +1 @@
+{"note": "2026-09-12 风扇窗口重布之前的板面（含用户手布的 43 段）", "segs": [[2, 12.49899964, 46.566000339999995, 12.62499888, 46.37499995999999, 0.29999939999999997, "+12V"], [2, 12.62499888, 40.62499876, 12.49899964, 40.434000919999995, 0.29999939999999997, "VIN_SW"], [2, 49.75100032, 45.4889997, 49.20000066, 45.4889997, 0.19999959999999997, "+3V3_HUB"], [2, 49.75100032, 43.0300003, 49.75100032, 45.4889997, 0.19999959999999997, "+3V3_HUB"], [2, 49.75100032, 45.4889997, 49.75100032, 47.339001079999996, 0.19999959999999997, "+3V3_HUB"], [2, 49.20000066, 46.32999878, 49.100000859999994, 46.89899942, 0.29999939999999997, "GND"], [2, 52.24999964, 44.830999999999996, 52.94900001999999, 44.830999999999996, 0.19999959999999997, "+3V3_HUB"], [2, 52.24999964, 43.0300003, 52.24999964, 44.830999999999996, 0.19999959999999997, "+3V3_HUB"], [2, 52.24999964, 44.830999999999996, 52.24999964, 46.89899942, 0.19999959999999997, "+3V3_HUB"], [2, 52.94900001999999, 45.66899934, 53.29899932, 46.94899932, 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"U6": [56.0, 59.16, 0, 2], "U7": [64.0, 59.16, 0, 2], "Y1": [39.878, 40.64, 270, 2]}}
\ No newline at end of file
diff --git a/.claude/r2/_base_pads.json b/.claude/r2/_base_pads.json
index bee3516..354e6e9 100644
--- a/.claude/r2/_base_pads.json
+++ b/.claude/r2/_base_pads.json
@@ -1 +1 @@
-[["C1", "2", 10.249, 18.329, 0.541, 0.5, 2, "GATE", "RECT"], ["C1", "1", 10.249, 19.169, 0.541, 0.5, 2, "VIN_FUSED", "RECT"], ["C2", "2", 3.749, 35.001, 1.6, 1.6, 12, "GND", "ELLIPSE"], ["C2", "1", 7.249, 35.001, 1.6, 1.6, 12, "VIN_SW", "ELLIPSE"], ["C3", "2", 21.25, 35.001, 1.6, 1.6, 12, "GND", "ELLIPSE"], ["C3", "1", 17.75, 35.001, 1.6, 1.6, 12, "VIN_SW", "ELLIPSE"], ["C4", "2", 16.5, 45.999, 1.41, 1.349, 2, "VIN_SW", "RECT"], ["C4", "1", 18.499, 45.999, 1.41, 1.349, 2, "GND", "RECT"], ["C5", "2", 8.999, 29.5, 1.349, 1.41, 2, "VIN_SW", "RECT"], ["C5", "1", 8.999, 27.501, 1.349, 1.41, 2, "GND", "RECT"], ["C6", "2", 12.08, 38.75, 0.5, 0.541, 2, "VIN_SW", "RECT"], ["C6", "1", 12.921, 38.75, 0.5, 0.541, 2, "GND", "RECT"], ["C7", "2", 7.249, 65.75, 1.41, 1.349, 2, "+12V", "RECT"], ["C7", "1", 5.25, 65.75, 1.41, 1.349, 2, "GND", "RECT"], ["C8", "2", 7, 71.92, 0.541, 0.5, 2, "BST3V3", "RECT"], ["C8", "1", 7, 71.079, 0.541, 0.5, 2, "SW3V3", "RECT"], ["C9", "2", 14.092, 65.25, 1.486, 1.727, 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\ No newline at end of file
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\ No newline at end of file
diff --git a/.claude/r2/_base_silk_plan.json b/.claude/r2/_base_silk_plan.json
new file mode 100644
index 0000000..9acd245
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diff --git a/.claude/r2/_base_window.json b/.claude/r2/_base_window.json
new file mode 100644
index 0000000..fc4333d
--- /dev/null
+++ b/.claude/r2/_base_window.json
@@ -0,0 +1,100 @@
+{
+ "window": [
+  0.5,
+  73.5,
+  26.84,
+  97.09
+ ],
+ "nets": [
+  "$6N45",
+  "$6N48",
+  "$6N49",
+  "$6N55",
+  "$6N64",
+  "$6N74",
+  "+3V3",
+  "FAN_12V_SW",
+  "FAN_EN",
+  "FAN_IN_TACH_RAW",
+  "FAN_OUT_TACH_RAW",
+  "FAN_PWM",
+  "FAN_PWM_L",
+  "FAN_TACH_IN",
+  "FAN_TACH_OUT"
+ ],
+ "out_pen": 12,
+ "priority": [
+  "$6N49",
+  "$6N64",
+  "$6N45",
+  "$6N74",
+  "$6N48",
+  "$6N55",
+  "FAN_IN_TACH_RAW",
+  "FAN_OUT_TACH_RAW",
+  "FAN_PWM_L",
+  "FAN_12V_SW",
+  "FAN_TACH_IN",
+  "FAN_TACH_OUT",
+  "FAN_PWM",
+  "FAN_EN",
+  "+3V3"
+ ],
+ "_note": "插槽方向在 repair_window._pen 里是 block_rect 封死，不是过路费；slot_pen 已证明无效（A* 宁可付 200 也抄近路），故删除 | pd_l1_extra = 按用户 2026-09-12 新摆位重开的 L1 走廊（旧的四条是按旧摆位开的，与件对不上 ⇒ 长途网必然布不通）；逐 y 断面 11.80 ≥ 8.0，见 l1_section.py",
+ "pd_l1_extra": [
+  [
+   "FAN_EN",
+   [
+    12.0,
+    76.1,
+    27.5,
+    77.1
+   ]
+  ],
+  [
+   "FAN_TACH_IN",
+   [
+    16.0,
+    75.15,
+    27.5,
+    76.05
+   ]
+  ],
+  [
+   "FAN_TACH_IN",
+   [
+    13.7,
+    76.05,
+    16.2,
+    90.4
+   ]
+  ],
+  [
+   "FAN_TACH_OUT",
+   [
+    17.4,
+    80.7,
+    27.5,
+    81.7
+   ]
+  ],
+  [
+   "FAN_TACH_OUT",
+   [
+    17.4,
+    81.7,
+    18.8,
+    84.1
+   ]
+  ],
+  [
+   "FAN_PWM_L",
+   [
+    10.3,
+    83.9,
+    22.5,
+    87.3
+   ]
+  ]
+ ]
+}
\ No newline at end of file
diff --git a/.claude/r2/_base_window_repair.cor2.json b/.claude/r2/_base_window_repair.cor2.json
new file mode 100644
index 0000000..60b7e83
--- /dev/null
+++ b/.claude/r2/_base_window_repair.cor2.json
@@ -0,0 +1 @@
+{"window": [0.5, 73.5, 26.84, 97.09], "nets": ["$6N45", "$6N48", "$6N49", "$6N55", "$6N64", "$6N74", "+3V3", "FAN_12V_SW", "FAN_EN", "FAN_IN_TACH_RAW", "FAN_OUT_TACH_RAW", "FAN_PWM", "FAN_PWM_L", "FAN_TACH_IN", "FAN_TACH_OUT"], "segs": [[2, 11.5, 81.25, 11.5, 81.75, 0.541, "FAN_12V_SW"], [2, 10.75, 79.5, 8.5, 79.5, 0.541, "FAN_12V_SW"], [2, 8.5, 79.5, 6.25, 79.5, 0.541, "FAN_12V_SW"], [2, 10.75, 81.25, 10.0, 82.0, 0.541, "FAN_12V_SW"], [2, 10.0, 82.0, 8.25, 82.0, 0.541, "FAN_12V_SW"], [2, 8.25, 82.0, 8.0, 82.25, 0.541, "FAN_12V_SW"], [2, 8.0, 82.25, 7.5, 82.25, 0.541, "FAN_12V_SW"], [2, 7.5, 82.25, 6.75, 83.0, 0.541, "FAN_12V_SW"], [2, 6.75, 83.0, 6.75, 83.25, 0.541, "FAN_12V_SW"], [2, 6.75, 83.25, 6.25, 83.75, 0.541, "FAN_12V_SW"], [2, 6.25, 83.75, 6.25, 84.0, 0.541, "FAN_12V_SW"], [2, 6.25, 84.0, 6.25, 88.0, 0.541, "FAN_12V_SW"], [2, 6.25, 88.0, 8.75, 90.5, 0.541, "FAN_12V_SW"], [2, 6.5, 88.25, 6.5, 96.25, 0.541, "FAN_12V_SW"], [2, 6.5, 96.25, 6.75, 96.5, 0.541, "FAN_12V_SW"], [2, 6.75, 96.5, 9.5, 96.5, 0.541, "FAN_12V_SW"], [2, 9.5, 96.5, 10.25, 95.75, 0.541, "FAN_12V_SW"], [2, 10.25, 95.75, 10.25, 95.25, 0.541, "FAN_12V_SW"], [2, 10.25, 95.25, 10.75, 94.75, 0.541, "FAN_12V_SW"], [2, 12.192, 79.924, 11.5, 81.25, 0.541, "FAN_12V_SW"], [2, 12.141, 82.55, 11.5, 81.75, 0.541, "FAN_12V_SW"], [2, 12.192, 79.924, 10.75, 79.5, 0.541, "FAN_12V_SW"], [2, 7.925, 79.766, 8.5, 79.5, 0.541, "FAN_12V_SW"], [2, 5.469, 79.629, 6.25, 79.5, 0.541, "FAN_12V_SW"], [2, 12.192, 79.924, 10.75, 81.25, 0.541, "FAN_12V_SW"], [2, 5.842, 84.442, 6.25, 84.0, 0.541, "FAN_12V_SW"], [2, 9.474, 91.313, 8.75, 90.5, 0.541, "FAN_12V_SW"], [2, 11.176, 94.29, 10.75, 94.75, 0.541, "FAN_12V_SW"], [2, 21.25, 75.5, 20.5, 76.25, 0.4, "+3V3"], [2, 20.5, 76.25, 18.5, 76.25, 0.4, "+3V3"], [2, 18.5, 76.25, 16.5, 74.25, 0.4, "+3V3"], [2, 19.75, 76.25, 19.75, 82.75, 0.4, "+3V3"], [2, 19.75, 82.75, 19.5, 83.0, 0.4, "+3V3"], [2, 19.75, 82.0, 20.25, 82.0, 0.4, "+3V3"], [2, 20.25, 82.0, 20.5, 82.25, 0.4, "+3V3"], [2, 20.5, 82.25, 20.5, 83.5, 0.4, "+3V3"], [2, 20.5, 83.5, 20.0, 84.0, 0.4, "+3V3"], [2, 20.0, 84.0, 20.0, 84.5, 0.4, "+3V3"], [2, 20.0, 84.5, 19.5, 85.0, 0.4, "+3V3"], [2, 19.5, 85.0, 19.5, 85.25, 0.4, "+3V3"], [2, 19.5, 85.25, 16.25, 88.5, 0.4, "+3V3"], [2, 21.7501, 74.9328, 21.25, 75.5, 0.3, "+3V3"], [2, 16.1644, 73.8217, 16.5, 74.25, 0.3, "+3V3"], [2, 18.974, 83.566, 19.5, 83.0, 0.4, "+3V3"], [2, 15.621, 89.103, 16.25, 88.5, 0.4, "+3V3"], [2, 24.574, 84.544, 24.0, 84.0, 0.15, "FAN_PWM"], [2, 23.7692, 84.492, 24.0, 84.0, 0.15, "FAN_PWM"], [2, 4.0, 78.5, 5.5, 78.5, 0.15, "$6N49"], [2, 4.0, 79.25, 4.0, 79.5, 0.15, "$6N49"], [2, 4.0, 79.5, 4.25, 79.75, 0.15, "$6N49"], [2, 4.25, 79.75, 4.25, 81.25, 0.15, "$6N49"], [2, 4.25, 81.25, 4.5, 81.5, 0.15, "$6N49"], [2, 4.5, 81.5, 4.5, 82.75, 0.15, "$6N49"], [2, 4.5, 82.75, 4.25, 83.0, 0.15, "$6N49"], [2, 4.25, 83.0, 2.25, 83.0, 0.15, "$6N49"], [2, 2.25, 83.0, 1.75, 83.5, 0.15, "$6N49"], [2, 3.167, 78.679, 4.0, 78.5, 0.15, "$6N49"], [2, 5.936, 78.486, 5.5, 78.5, 0.15, "$6N49"], [2, 3.167, 78.679, 4.0, 79.25, 0.15, "$6N49"], [2, 4.496, 82.042, 4.5, 81.5, 0.15, "$6N49"], [2, 1.397, 83.995, 1.75, 83.5, 0.15, "$6N49"], [2, 5.75, 74.5, 9.5, 74.5, 0.15, "FAN_EN"], [2, 9.5, 74.5, 10.0, 75.0, 0.15, "FAN_EN"], [2, 10.0, 75.0, 10.0, 77.5, 0.15, "FAN_EN"], [2, 10.0, 77.5, 10.25, 77.75, 0.15, "FAN_EN"], [2, 10.25, 77.75, 14.75, 77.75, 0.15, "FAN_EN"], [2, 14.75, 77.75, 15.0, 77.5, 0.15, "FAN_EN"], [2, 15.0, 77.5, 15.75, 77.5, 0.15, "FAN_EN"], [2, 15.75, 77.5, 16.5, 76.75, 0.15, "FAN_EN"], [1, 16.5, 76.75, 26.25, 76.75, 0.15, "FAN_EN"], [2, 5.131, 73.914, 5.75, 74.5, 0.15, "FAN_EN"], [2, 26.54, 76.5672, 26.25, 76.75, 0.15, "FAN_EN"], [2, 14.209, 89.916, 15.0, 90.0, 0.15, "FAN_TACH_IN"], [2, 15.621, 89.967, 15.0, 90.0, 0.15, "FAN_TACH_IN"], [2, 17.75, 81.75, 17.75, 82.0, 0.15, "FAN_TACH_OUT"], [1, 17.75, 82.0, 17.75, 82.75, 0.15, "FAN_TACH_OUT"], [2, 17.75, 82.75, 17.75, 83.0, 0.15, "FAN_TACH_OUT"], [1, 17.75, 82.0, 18.0, 82.0, 0.15, "FAN_TACH_OUT"], [1, 18.0, 82.0, 18.75, 81.25, 0.15, "FAN_TACH_OUT"], [1, 18.75, 81.25, 19.5, 81.25, 0.15, "FAN_TACH_OUT"], [1, 19.5, 81.25, 19.75, 81.0, 0.15, "FAN_TACH_OUT"], [1, 19.75, 81.0, 26.0, 81.0, 0.15, "FAN_TACH_OUT"], [1, 26.0, 81.0, 26.25, 81.25, 0.15, "FAN_TACH_OUT"], [2, 18.019, 81.153, 17.75, 81.75, 0.15, "FAN_TACH_OUT"], [2, 18.11, 83.566, 17.75, 83.0, 0.15, "FAN_TACH_OUT"], [2, 26.54, 81.75, 26.25, 81.25, 0.15, "FAN_TACH_OUT"], [2, 11.75, 88.5, 11.75, 88.25, 0.15, "$6N64"], [2, 11.5, 88.5, 11.0, 88.5, 0.15, "$6N64"], [2, 12.207, 88.966, 11.75, 88.5, 0.15, "$6N64"], [2, 12.268, 87.884, 11.75, 88.25, 0.15, "$6N64"], [2, 12.207, 88.966, 11.5, 88.5, 0.15, "$6N64"], [2, 10.541, 88.976, 11.0, 88.5, 0.15, "$6N64"], [2, 9.5, 85.5, 10.5, 86.5, 0.15, "FAN_OUT_TACH_RAW"], [2, 10.5, 86.5, 12.75, 86.5, 0.15, "FAN_OUT_TACH_RAW"], [2, 12.75, 86.5, 13.0, 86.25, 0.15, "FAN_OUT_TACH_RAW"], [2, 13.0, 86.25, 13.0, 83.0, 0.15, "FAN_OUT_TACH_RAW"], [2, 13.0, 83.0, 13.75, 82.25, 0.15, "FAN_OUT_TACH_RAW"], [2, 13.75, 82.25, 13.75, 81.75, 0.15, "FAN_OUT_TACH_RAW"], [2, 13.75, 81.75, 14.0, 81.5, 0.15, "FAN_OUT_TACH_RAW"], [2, 8.382, 84.442, 9.5, 85.5, 0.15, "FAN_OUT_TACH_RAW"], [2, 13.005, 82.55, 13.0, 83.0, 0.15, "FAN_OUT_TACH_RAW"], [2, 14.529, 81.077, 14.0, 81.5, 0.15, "FAN_OUT_TACH_RAW"], [2, 12.75, 93.25, 11.75, 92.25, 0.15, "FAN_IN_TACH_RAW"], [2, 11.75, 92.25, 11.25, 92.25, 0.15, "FAN_IN_TACH_RAW"], [2, 11.25, 92.25, 10.75, 91.75, 0.15, "FAN_IN_TACH_RAW"], [2, 10.75, 91.75, 10.75, 90.25, 0.15, "FAN_IN_TACH_RAW"], [2, 13.716, 94.29, 12.75, 93.25, 0.15, "FAN_IN_TACH_RAW"], [2, 10.338, 91.313, 10.75, 91.75, 0.15, "FAN_IN_TACH_RAW"], [2, 10.541, 89.84, 10.75, 90.25, 0.15, "FAN_IN_TACH_RAW"], [2, 23.5, 85.5, 24.0, 85.5, 0.15, "$6N55"], [2, 23.0, 84.5, 23.0, 84.25, 0.15, "$6N55"], [2, 23.053, 85.359, 23.5, 85.5, 0.15, "$6N55"], [2, 24.574, 85.41, 24.0, 85.5, 0.15, "$6N55"], [2, 23.053, 85.359, 23.0, 84.5, 0.15, "$6N55"], [2, 23.005, 83.657, 23.0, 84.25, 0.15, "$6N55"], [2, 15.5, 79.75, 15.5, 79.25, 0.15, "$6N74"], [2, 15.25, 79.75, 15.0, 79.75, 0.15, "$6N74"], [2, 16.017, 80.203, 15.5, 79.75, 0.15, "$6N74"], [2, 16.078, 78.867, 15.5, 79.25, 0.15, "$6N74"], [2, 16.017, 80.203, 15.25, 79.75, 0.15, "$6N74"], [2, 14.529, 80.213, 15.0, 79.75, 0.15, "$6N74"], [2, 3.25, 74.75, 3.25, 74.5, 0.15, "$6N45"], [2, 3.75, 74.75, 3.75, 74.5, 0.15, "$6N45"], [2, 3.216, 75.253, 3.25, 74.75, 0.15, "$6N45"], [2, 3.193, 73.914, 3.25, 74.5, 0.15, "$6N45"], [2, 3.216, 75.253, 3.75, 74.75, 0.15, "$6N45"], [2, 4.267, 73.914, 3.75, 74.5, 0.15, "$6N45"], [2, 5.5, 76.75, 5.5, 77.0, 0.15, "$6N48"], [2, 5.215, 76.203, 5.5, 76.75, 0.15, "$6N48"], [2, 5.936, 77.62, 5.5, 77.0, 0.15, "$6N48"], [2, 17.25, 93.25, 18.0, 92.5, 0.15, "FAN_PWM_L"], [2, 18.0, 92.5, 18.0, 91.25, 0.15, "FAN_PWM_L"], [2, 18.0, 91.25, 18.25, 91.0, 0.15, "FAN_PWM_L"], [2, 18.25, 91.0, 18.25, 88.0, 0.15, "FAN_PWM_L"], [2, 18.25, 88.0, 19.25, 87.0, 0.15, "FAN_PWM_L"], [1, 19.25, 87.0, 21.25, 87.0, 0.15, "FAN_PWM_L"], [2, 21.25, 87.0, 21.5, 87.25, 0.15, "FAN_PWM_L"], [2, 16.256, 94.29, 17.25, 93.25, 0.15, "FAN_PWM_L"], [2, 22.103, 87.358, 21.5, 87.25, 0.15, "FAN_PWM_L"]], "vias": [[16.5, 76.75, "FAN_EN"], [26.25, 76.75, "FAN_EN"], [17.75, 82.0, "FAN_TACH_OUT"], [17.75, 82.75, "FAN_TACH_OUT"], [26.25, 81.25, "FAN_TACH_OUT"], [19.25, 87.0, "FAN_PWM_L"], [21.25, 87.0, "FAN_PWM_L"]], "logs": ["FAN_TACH_IN: #trunk.edge0 没布通", "FAN_PWM_L: J27.4 没布通"], "unconnected": ["FAN_12V_SW: 铜分成 2 块", "FAN_PWM_L: J27.4 一根铜都没有", "+3V3: 铜分成 2 块"], "stray": 0}
\ No newline at end of file
diff --git a/.claude/r2/fan_rip.py b/.claude/r2/fan_rip.py
new file mode 100644
index 0000000..c610830
--- /dev/null
+++ b/.claude/r2/fan_rip.py
@@ -0,0 +1,97 @@
+# -*- coding: utf-8 -*-
+u"""按坐标**拆掉窗口内待布网的旧铜**（下发新布线之前的第一步）。
+
+    /c/Python314/python .claude/r2/fan_rip.py            # 只列清单，不动板
+    /c/Python314/python .claude/r2/fan_rip.py --push     # 真删
+
+⛔ 2026-09-12 实测：**删外层段会连带清掉过孔和它在内层的延续** —— 点名删 6 段，读回发现线少 12 段、
+   孔少 8 个，多掉的全在 L15/L16。⇒ 拆前后都要比对**全板**线 / 孔总数，不能只数自己点名的那几段。
+   这里每次都先读回全板、删完再读回，逐项打印差值。
+
+判据与 `repair_window` 同口径：`_base_window.json` 的窗口 + 网名，**两个端点都在窗口内**才算窗口内的铜
+（跨窗边界的段是主干接口，必须留着）。
+"""
+import io
+import json
+import math
+import os
+import sys
+
+sys.stdout.reconfigure(encoding='utf-8')
+HERE = os.path.dirname(os.path.abspath(__file__))
+sys.path.insert(0, os.path.dirname(HERE))
+sys.path.insert(0, HERE)
+from eda import run                                              # noqa: E402
+import pcb_base as B                                             # noqa: E402
+
+MIL = 0.0254
+CFG = json.load(io.open(os.path.join(HERE, '_base_window.json'), encoding='utf-8'))
+WIN = CFG['window']
+NETS = set(n.replace('@', '$') for n in CFG['nets'])
+OPEN = ("await eda.dmt_EditorControl.openDocument('%s');"
+        "await new Promise(r=>setTimeout(r,2500));" % B.PCB)
+READ = OPEN + """
+const L=(await eda.pcb_PrimitiveLine.getAll()||[]).filter(l=>[1,2,15,16].includes(l.layer))
+  .map(l=>[l.primitiveId,l.net,l.layer,l.startX,l.startY,l.endX,l.endY,l.lineWidth]);
+const V=(await eda.pcb_PrimitiveVia.getAll()||[]).map(v=>[v.primitiveId,v.net,v.x,v.y]);
+return {L, V};
+"""
+
+
+def inw(x, y):
+    return WIN[0] <= x <= WIN[2] and WIN[1] <= y <= WIN[3]
+
+
+def read():
+    r = run(READ, timeout=300)
+    assert r.get('success'), json.dumps(r, ensure_ascii=False)[:400]
+    return r['result']
+
+
+def main():
+    d = read()
+    L, V = d['L'], d['V']
+    outer = [l for l in L if l[2] in (1, 2)]
+    inner = [l for l in L if l[2] in (15, 16)]
+    print(u'板上：外层 %d 段 / 内层 %d 段 / 过孔 %d' % (len(outer), len(inner), len(V)))
+    kill = []
+    for pid, net, lay, x1, y1, x2, y2, w in outer:
+        if net not in NETS:
+            continue
+        if inw(x1 * MIL, y1 * MIL) and inw(x2 * MIL, y2 * MIL):
+            kill.append((pid, net, lay, x1 * MIL, y1 * MIL, x2 * MIL, y2 * MIL))
+    killv = [(v[0], v[1]) for v in V if v[1] in NETS and inw(v[2] * MIL, v[3] * MIL)]
+    print(u'要拆：%d 段 / %d 孔' % (len(kill), len(killv)))
+    by = {}
+    for k in kill:
+        by[k[1]] = by.get(k[1], 0) + 1
+    for n in sorted(by):
+        print(u'   %-18s %d 段' % (n, by[n]))
+    io.open(os.path.join(HERE, '_base_fan_ripped.json'), 'w', encoding='utf-8').write(
+        json.dumps({'segs': [[k[2], k[3], k[4], k[5], k[6], 0, k[1]] for k in kill],
+                    'vias': []}, ensure_ascii=False))
+    if '--push' not in sys.argv:
+        print(u'（只列清单；加 --push 才真删）')
+        return
+    ids = [k[0] for k in kill] + [v[0] for v in killv]
+    r = run(OPEN + """
+const ids = %s;
+let n = 0;
+for (const id of ids) { try { await eda.pcb_PrimitiveLine.delete(id); n++; } catch (e) {
+  try { await eda.pcb_PrimitiveVia.delete(id); n++; } catch (e2) {} } }
+await eda.pcb_Document.save();
+return n;
+""" % json.dumps(ids), timeout=600)
+    print(u'删除返回：%s' % json.dumps(r.get('result'), ensure_ascii=False))
+    d2 = read()
+    o2 = [l for l in d2['L'] if l[2] in (1, 2)]
+    i2 = [l for l in d2['L'] if l[2] in (15, 16)]
+    print(u'拆后：外层 %d 段（−%d，点名 %d）/ 内层 %d 段（−%d）/ 过孔 %d（−%d）'
+          % (len(o2), len(outer) - len(o2), len(kill), len(i2), len(inner) - len(i2),
+             len(d2['V']), len(V) - len(d2['V'])))
+    if len(outer) - len(o2) != len(kill) or len(inner) != len(i2):
+        print(u'⛔ 连带删除！实际掉的和点名的对不上，检查内层 / 过孔')
+
+
+if __name__ == '__main__':
+    main()
diff --git a/.claude/r2/l1_section.py b/.claude/r2/l1_section.py
new file mode 100644
index 0000000..14e323f
--- /dev/null
+++ b/.claude/r2/l1_section.py
@@ -0,0 +1,71 @@
+# -*- coding: utf-8 -*-
+u"""L1 `+12V` 主块的**逐 y 水平断面**核算（§6.4 要 ≥ 8.0 mm）。
+
+    /c/Python314/python .claude/r2/l1_section.py                 # 核 pcb_base.PD_L1 现状
+    /c/Python314/python .claude/r2/l1_section.py --cfg           # 核 _base_window.json 里的 pd_l1_extra
+
+主块 x 0.5~27.8（宽 27.30），电流南北流 ⇒ 断面是水平线，线上被走廊占掉的 x 跨度要扣掉。
+横带（沿 x 长）很贵、竖带（沿 y 长）几乎免费 —— 旧注释「一根 0.15 的线占约 0.5」说的就是竖线。
+槽指头在 x ≥ 27.5，走廊 x 一律 ≤ 27.5 ⇒ 天然不碰任何一槽的供电路径。
+"""
+import io
+import json
+import os
+import sys
+
+sys.stdout.reconfigure(encoding='utf-8')
+HERE = os.path.dirname(os.path.abspath(__file__))
+sys.path.insert(0, os.path.dirname(HERE))
+sys.path.insert(0, HERE)
+import pcb_base as B                                             # noqa: E402
+
+MIN_SECTION = 8.0
+MAIN = B.l1_12v_rects()[0]
+WIDTH = MAIN[2] - MAIN[0]
+
+
+def check(corridors, step=0.05):
+    worst = (1e9, None)
+    y = MAIN[1]
+    while y <= MAIN[3]:
+        iv = []
+        for _n, r in corridors:
+            if r[1] - 1e-9 <= y <= r[3] + 1e-9:
+                iv.append((max(r[0], MAIN[0]), min(r[2], MAIN[2])))
+        iv.sort()
+        used, spans = 0.0, []
+        for a, b in iv:
+            if b <= a:
+                continue
+            if spans and a <= spans[-1][1]:
+                spans[-1] = (spans[-1][0], max(spans[-1][1], b))
+            else:
+                spans.append((a, b))
+        for a, b in spans:
+            used += b - a
+        left = WIDTH - used
+        if left < worst[0]:
+            worst = (left, y)
+        y += step
+    return worst
+
+
+def main():
+    cor = [(n, r) for n, r in B.PD_L1 if n.startswith('FAN')]
+    if '--cfg' in sys.argv:
+        cfg = json.load(io.open(os.path.join(HERE, '_base_window.json'), encoding='utf-8'))
+        cor = [(n, tuple(r)) for n, r in (cfg.get('pd_l1_extra') or [])]
+    print(u'主块 x %.2f~%.2f（宽 %.2f）；走廊 %d 条' % (MAIN[0], MAIN[2], WIDTH, len(cor)))
+    for n, r in cor:
+        kind = u'横带' if (r[2] - r[0]) >= (r[3] - r[1]) else u'竖带'
+        print(u'   %-14s (%6.2f, %6.2f, %6.2f, %6.2f)  %5.2f×%5.2f  %s'
+              % (n, r[0], r[1], r[2], r[3], r[2] - r[0], r[3] - r[1], kind))
+    left, y = check(cor)
+    ok = left >= MIN_SECTION
+    print(u'%s 逐 y 最窄断面 %.2f mm（y=%.2f），判据 ≥ %.1f' %
+          (u'[OK]' if ok else u'[X]', left, y, MIN_SECTION))
+    return 0 if ok else 1
+
+
+if __name__ == '__main__':
+    sys.exit(main())
diff --git a/.claude/r2/pcb_base.py b/.claude/r2/pcb_base.py
index 7f42c55..ae6a53d 100644
--- a/.claude/r2/pcb_base.py
+++ b/.claude/r2/pcb_base.py
@@ -1,556 +1,614 @@
-# -*- coding: utf-8 -*-
-u"""R2 底板 PCB（M5，**4 层 98 × 98**，D15）：板框 + 槽阵 + 背面分区 + 安装孔 + L1 的 12V 铜。
-
-    /c/Python314/python .claude/r2/pcb_base.py             # 只算 + 自检
-    /c/Python314/python .claude/r2/pcb_base.py --outline   # 画/重画板框（幂等）
-    /c/Python314/python .claude/r2/pcb_base.py --holes     # 打安装孔
-    /c/Python314/python .claude/r2/pcb_base.py --verify    # 读回校验
-
-2 层版（110 × 125，12V 西干道 / 3V3 槽墙 / D± 竖通道 / 刀片投影限高）整份存档在
-`archive_base2L/pcb_base.py`，那一套在这里**全部删掉**，下游引用到的会直接 AttributeError。
-
-## 坐标系
-
-**板左下角 = (0, 0)，x 向右、y 向上**，两面**同一套坐标、都按从上往下看**。
-x = 槽长方向，y = 五片刀片堆叠方向（J38 最南 … J34 最北）。
-
-## 叠层（D15）
-
-    L1 插槽面  —— 只有 J34~J38 五个插槽（手焊）+ 西侧 12V 大铺铜 + 每排 12V 脚一根指
-    L2 +3V3    —— 整层 +3V3，不布线（2026-09-10 由 GND 改，D15）
-    L3 GND     —— 整层地，不布线（L4 上全部器件与 D± 的参考）
-    L4 器件面  —— 其余 133 件（工厂只贴这一面）+ 全部信号 + D±（参考 L3）+ 3V3/5V 局部铜
-
-## ⛔ 板框必须是**折线**不是导线
-
-`pcb_PrimitiveLine` 在嘉立创里是**导线（铜）**：渲染、DRC、几何校验全过，客户端就是不认板框
-（方案 §27.3）。`push_outline()` 只用 `pcb_PrimitivePolyline`，并删掉层 11 上遗留的导线。
-
-## 12V 指头的 x 为什么停在 34.95（不是分区草图写的 35.1）
-
-槽针实测（`PIN_ROWS`，J36 读回）：两排 12V 右边紧挨着的 x=35.5 是 **GND**，
-焊盘左沿 35.15；35.1 只剩 0.05 mm。北排 12V 左边 x=32.5 也是 **GND**，
-所以北排的指头只能从排外绕进来（L 形），不能像南排那样整块横穿。
-"""
-import io
-import json
-import math
-import os
-import sys
-
-sys.stdout.reconfigure(encoding='utf-8')
-HERE = os.path.dirname(os.path.abspath(__file__))
-# ⚠ 顺序不能反：`.claude` 下有同名的 R1 脚本，先插 .claude 会 import 到 R1 那一份且不报错。
-sys.path.insert(0, os.path.dirname(HERE))
-sys.path.insert(0, HERE)
-from eda import run                                              # noqa: E402
-import fp_edge                                                   # noqa: E402
-
-PCB = '7b9524b6aaf6f235'         # BASE-PCB（r2-uuids.json）
-MIL = fp_edge.MIL
-LAYERS = 4
-TOP, BOTTOM = 1, 2               # EPCB_LayerId：器件只能在这两层
-
-# ── 板框（mm，D15）─────────────────────────────────────────────────────
-BW, BH = 98.0, 98.0              # 硬上限 98（100 正压嘉立创特价档边界，同 D14）
-CORNER_R = 5.0
-CORNER_SEG = 10
-OUTLINE_W = 0.15
-EDGE_KEEP = 0.5                  # 铜 / 器件到板边
-
-# ── 槽阵：五槽居中，长轴沿 x，rot 0 ───────────────────────────────────────
-SLOT_PITCH = 20.32               # 刀片堆叠间距，机械定死
-SLOT_N = 5
-SLOT_ROT = 0
-SLOT_CX = 49.0
-ARRAY_CY = 49.0
-SLOT_BODY_L = 42.0               # 槽体沿 x（`PCIE-64P11L` 焊盘外框）
-SLOT_BODY_W = 9.2                # 槽体沿 y
-PAD_ROW_DY = 3.6                 # 两排焊盘 y = 槽心 ± 3.6
-PAD_L, PAD_W = 0.7, 2.0          # 单盘 0.7(x) × 2.0(y)，脚距 1.0
-SHELL_U, SHELL_L, SHELL_W = 19.5, 3.0, 5.0   # 两端外壳 GND 盘：u = ±19.5，3(x) × 5(y)
-SLOT_REFS = ('J34', 'J35', 'J36', 'J37', 'J38')
-
-# 针位表（u = 距槽心，板上 x = SLOT_CX + u；2026-09-10 从 J36 实测焊盘读回）。
-# S = 南排（焊盘 33~64，y = 槽心 − 3.6），N = 北排（焊盘 1~32，y = 槽心 + 3.6）。
-# 每排 32 针：u −16.5 … −6.5（11 针）+ 键位缺口 + u −3.5 … +16.5（21 针）。
-_U = [-16.5 + k for k in range(11)] + [-3.5 + k for k in range(21)]
-_S = ('12V 12V 12V GND SCL SDA GND 3V3 NC NC INT '
-      'GND GND DP DM ' + 'GND ' * 15 + 'PRSNT GND').split()
-_N = ('GND 12V 12V GND NC NC NC NC 3V3 3V3 EN '
-      'GND GND GND GND VDAC GND GND 5V ' + 'GND ' * 12 + '5V').split()
-PIN_ROWS = {'S': dict(zip(_U, _S)), 'N': dict(zip(_U, _N))}
-ROW_SIGN = {'S': -1, 'N': +1}
-
-
-def pin_x(u):
-    return round(SLOT_CX + u if SLOT_ROT == 0 else SLOT_CX - u, 3)
-
-
-def slot_y(i):
-    u"""槽 i（1 = 最南 = J38）的中心 y。"""
-    return round(ARRAY_CY + (i - (SLOT_N + 1) / 2.0) * SLOT_PITCH, 3)
-
-
-def slot_ys():
-    return [slot_y(i) for i in range(1, SLOT_N + 1)]
-
-
-def slot_body(i):
-    y = slot_y(i)
-    return (SLOT_CX - SLOT_BODY_L / 2, y - SLOT_BODY_W / 2,
-            SLOT_CX + SLOT_BODY_L / 2, y + SLOT_BODY_W / 2)
-
-
-def pad_rect(i, row, u):
-    u"""槽 i 某排 u 处那只针的焊盘外框。"""
-    x, y = pin_x(u), slot_y(i) + ROW_SIGN[row] * PAD_ROW_DY
-    return (x - PAD_L / 2, y - PAD_W / 2, x + PAD_L / 2, y + PAD_W / 2)
-
-
-def shell_rects(i):
-    y = slot_y(i)
-    return [(pin_x(s * SHELL_U) - SHELL_L / 2, y - SHELL_W / 2,
-             pin_x(s * SHELL_U) + SHELL_L / 2, y + SHELL_W / 2) for s in (-1, 1)]
-
-
-# 逻辑 USB 号 → 插槽位号 / 物理槽位（南起 1..5）。USB1 = J34 = 最北。
-USB_SLOT_REF = {1: 'J34', 2: 'J35', 3: 'J36', 4: 'J37', 5: 'J38'}
-USB_SLOT_POS = {i: SLOT_N + 1 - i for i in range(1, SLOT_N + 1)}
-
-
-def side_of(ref):
-    u"""器件放哪一面：五个插槽在 L1（TOP），其余一律 L4（BOTTOM）。"""
-    return TOP if ref in SLOT_REFS else BOTTOM
-
-
-# ── 走廊：槽体之间那 11.12 mm，外加阵列两头 ────────────────────────────────
-def corridor(k):
-    u"""走廊 k（0 = 阵列最南，5 = 最北），整板宽。"""
-    y0 = 0.0 if k == 0 else slot_y(k) + SLOT_BODY_W / 2
-    y1 = BH if k == SLOT_N else slot_y(k + 1) - SLOT_BODY_W / 2
-    return (0.0, round(y0, 3), BW, round(y1, 3))
-
-
-def corridors():
-    return [corridor(k) for k in range(SLOT_N + 1)]
-
-
-def usb_corridor(i):
-    u"""USB i 的 D± 所在走廊：D± 在每槽**南排**，所以是槽体南侧那条。"""
-    return corridor(USB_SLOT_POS[i] - 1)
-
-
-# ── 背面 L4 分区（用户 2026-09-10 确认，见 M14-4L-floorplan.png）──────────────
-# 槽体正下方（`slot_body` 投影）是过孔带：槽脚在 L1，GND 打孔下 L2/L3、信号打孔下 L4，不放件。
-# 槽区 x 28~70 的走廊里只有 A4 两块，其余两条走廊留给布线。
-# ⛔ 与草图不同：**Hub 在中间槽正南（走廊 2）、mux/DAC 在正北（走廊 3）**（2026-09-10 用户拍板）。
-#   U32 在底层只能 rot 270（口朝北），南去的几对要绕 U32 东侧；Hub 在走廊 3 时要绕三对、
-#   最远 D± ≈ 80 mm，放走廊 2 只绕两对、最远 ≈ 58 mm。详见 place_base 文件头。
-_C = corridors()
-ZONES = {
-    'A1': (0.5, 0.5, 27.5, 56.0),                     # 输入链 J1 F1 Q1 D1 C2/C3 Rs6 U13
-    'A2': (0.5, 57.5, 27.5, 74.0),                    # 辅助降压 U19 U30 L2 L3
-    'A6': (0.5, 75.5, 27.5, 97.5),                    # 风扇 J26 J27 + 驱动
-    'A3': (70.5, 40.0, 97.5, 97.5),                   # 控制 U20 ESP32 J33 …
-    'A5': (70.5, 0.5, 97.5, 38.5),                    # 上行 J23 USB-C + U31 LDO
-    'A4H': (28.5, _C[2][1], 69.5, _C[2][3]),          # Hub U32 + Y1 + 去耦（走廊 2）
-    'A4M': (28.5, _C[3][1], 69.5, _C[3][3]),          # U35 mux + U6/U7 DAC（走廊 3）
-}
-H_BOTTOM = 14.0                  # 背面限高：底板下 ≥ 15 mm 铜柱（C2/C3 直立电解 12 mm）
-
-# D± 在 L4 沿 x≈48 竖向成束（参考 L3）；I²C / VDAC 沿 x≈37。只是布线意图，这里不做禁区。
-DP_TRUNK_X = 48.0
-I2C_TRUNK_X = 37.0
-
-
-def via_bands():
-    u"""槽体正下方的过孔带（背面摆位禁区）。"""
-    return [slot_body(i) for i in range(1, SLOT_N + 1)]
-
-
-# ── ESP32 天线缺口（东板边）────────────────────────────────────────────────────
-# 西沿 90.5 → 90.8（2026-09-10）：U20 焊盘外框东沿正好在 90.5，地脚 1 / 40 离缺口边只有 0.155 mm，
-# DRC「板框到贴片焊盘」要 0.3。东移 0.3 之后天线根部下面多留 0.3 mm 板材，影响可忽略。
-ANT_NOTCH = (90.8, 58.0, BW, 80.0)
-
-
-def notch_rect():
-    return ANT_NOTCH
-
-
-# ── 安装孔（M3，NPTH）────────────────────────────────────────────────
-HOLE_D = 3.2
-HOLE_KEEP = 3.2
-HOLE_INSET = 4.0
-MOUNT_HOLES = {
-    'H1': (HOLE_INSET, HOLE_INSET),
-    'H2': (BW - HOLE_INSET, HOLE_INSET),
-    'H3': (HOLE_INSET, BH - HOLE_INSET),
-    'H4': (BW - HOLE_INSET, BH - HOLE_INSET),
-}
-
-
-def keepout_rects():
-    u"""背面摆位禁区：过孔带 + 天线缺口（安装孔另按 HOLE_KEEP 判）。"""
-    return via_bands() + [ANT_NOTCH]
-
-
-# ── L1 的 +12V 铜（9 A 干路，§6.4 断面 ≥ 8 mm）─────────────────────────────
-# 主块贴西板边，东沿停在外壳 GND 盘（x 28~31）以西；每槽每排一根指头去够 12V 针。
-# 南排 12V 在 u −16.5/−15.5/−14.5，左右都没有异网针挡着（西边是外壳盘，只要不碰它的 y 段）
-#   ⇒ 从主块横着伸过去，上沿停在外壳盘下沿以南 V12_CLR。
-# 北排 12V 在 u −15.5/−14.5，左边 u −16.5 是 GND ⇒ 帽子在排外横过去，再从东边下一颗牙。
-V12_CLR = 0.20                   # 到异网铜（规则底线 0.15，留 0.05）
-V12_OUT = 2.0                    # 指头伸出针排外沿多少（进走廊）
-V12_MAIN = (EDGE_KEEP, EDGE_KEEP, None, BH - EDGE_KEEP)       # 东沿在 l1_12v_rects() 里算
-
-
-def l1_12v_rects():
-    u"""L1 +12V 铜：[主块] + 每槽 [南指, 北帽, 北牙]。全部同网，重叠处由铺铜合并。"""
-    c = V12_CLR
-    shell_x0 = pin_x(-SHELL_U) - SHELL_L / 2                      # 外壳盘西沿 28.0
-    x_main = round(shell_x0 - c, 3)
-    out = [(V12_MAIN[0], V12_MAIN[1], x_main, V12_MAIN[3])]
-    row_o = PAD_ROW_DY + PAD_W / 2                                # 针排外沿 4.6
-    x_e = round(pin_x(-13.5) - PAD_L / 2 - c, 3)                  # 东界：u −13.5 那只 GND 左沿 − 净距
-    x_tooth = round(pin_x(-16.5) + PAD_L / 2 + c, 3)              # 北牙西界：北排 u −16.5 GND 右沿 + 净距
-    for i in range(1, SLOT_N + 1):
-        cy = slot_y(i)
-        y_shell = SHELL_W / 2 + c                                 # 外壳盘上下沿 + 净距
-        out += [
-            (x_main - 0.3, round(cy - row_o - V12_OUT, 3), x_e, round(cy - y_shell, 3)),
-            (x_main - 0.3, round(cy + row_o + c, 3), x_e, round(cy + row_o + V12_OUT, 3)),
-            (x_tooth, round(cy + y_shell, 3), x_e, round(cy + row_o + c + 0.05, 3)),
-        ]
-    return out
-
-
-# ── 下游脚本要的空壳 ─────────────────────────────────────────────────────
-FLEX_W = {}
-SLOT_Y = None
-PHONE_ORG = None
-PHONE_WH = None
-
-
-def phone_holes():
-    u"""所有层都不许压的孔：四个 M3 安装孔（`pcb_PrimitivePad`，不在 pads.json 里）。"""
-    return dict(MOUNT_HOLES)
-
-
-def mill_cuts():
-    return []
-
-
-def notch_break():
-    return None
-
-
-def corner(cx, cy, a0, a1):
-    pts = []
-    for k in range(CORNER_SEG + 1):
-        a = math.radians(a0 + (a1 - a0) * k / CORNER_SEG)
-        pts.append((cx + CORNER_R * math.cos(a), cy + CORNER_R * math.sin(a)))
-    return pts
-
-
-def outline_pts():
-    u"""板框点列（逆时针，从底边左端 (r,0) 起，闭合回 (r,0)）。东边带天线缺口。"""
-    r = CORNER_R
-    pts = [(r, 0.0), (BW - r, 0.0)]
-    pts += corner(BW - r, r, 270, 360)
-    pts += [(BW, ANT_NOTCH[1]), (ANT_NOTCH[0], ANT_NOTCH[1]),
-            (ANT_NOTCH[0], ANT_NOTCH[3]), (BW, ANT_NOTCH[3]),
-            (BW, BH - r)]
-    pts += corner(BW - r, BH - r, 0, 90)
-    pts += [(r, BH)]
-    pts += corner(r, BH - r, 90, 180)
-    pts += [(0.0, r)]
-    pts += corner(r, r, 180, 270)
-    out = [pts[0]]
-    for q in pts[1:]:
-        if abs(q[0] - out[-1][0]) > 1e-9 or abs(q[1] - out[-1][1]) > 1e-9:
-            out.append(q)
-    assert abs(out[0][0] - out[-1][0]) < 1e-9 and abs(out[0][1] - out[-1][1]) < 1e-9, \
-        u'板框点列没有闭合'
-    return out
-
-
-def outline_polygon():
-    return outline_pts()
-
-
-def zone_of(x, y):
-    for k, z in ZONES.items():
-        if z[0] <= x <= z[2] and z[1] <= y <= z[3]:
-            return k
-    return None
-
-
-def height_ok(h):
-    u"""背面限高（正面只有插槽）。"""
-    return h <= H_BOTTOM
-
-
-def _overlap(a, b):
-    return a[0] < b[2] and b[0] < a[2] and a[1] < b[3] and b[1] < a[3]
-
-
-def _gap(a, b):
-    u"""两个矩形的最小距离（重叠为 0）。"""
-    dx = max(b[0] - a[2], a[0] - b[2], 0.0)
-    dy = max(b[1] - a[3], a[1] - b[3], 0.0)
-    return math.hypot(dx, dy)
-
-
-def selfcheck():
-    bad = []
-    ys = slot_ys()
-    for a, b in zip(ys, ys[1:]):
-        if abs((b - a) - SLOT_PITCH) > 1e-6:
-            bad.append(u'槽间距 %.3f != %.2f' % (b - a, SLOT_PITCH))
-    if abs((ys[0] + ys[-1]) / 2.0 - ARRAY_CY) > 1e-6:
-        bad.append(u'阵列没居中: %s' % ys)
-    for i in range(1, SLOT_N + 1):
-        b = slot_body(i)
-        if b[0] < 2 or b[1] < 2 or b[2] > BW - 2 or b[3] > BH - 2:
-            bad.append(u'槽 %d 槽体 %s 贴板边 < 2 mm' % (i, b))
-    # 针位表：每排 32 针，12V 共 5 针（南 3 北 2），D± 在南排
-    for row in 'SN':
-        if len(PIN_ROWS[row]) != 32:
-            bad.append(u'%s 排 %d 针 != 32' % (row, len(PIN_ROWS[row])))
-    n12 = [(r, u) for r in 'SN' for u, t in PIN_ROWS[r].items() if t == '12V']
-    if len(n12) != 5:
-        bad.append(u'12V 针 %d 只 != 5' % len(n12))
-    # 12V 铜：每只 12V 针都被某块指头盖到；到任何异网针 / 外壳盘 ≥ V12_CLR
-    rects = l1_12v_rects()
-    for i in range(1, SLOT_N + 1):
-        for row in 'SN':
-            for u, t in PIN_ROWS[row].items():
-                p = pad_rect(i, row, u)
-                if t == '12V':
-                    if not any(_overlap(p, r) for r in rects):
-                        bad.append(u'槽 %d %s 排 u=%.1f 的 12V 针没被铜盖到' % (i, row, u))
-                else:
-                    g = min(_gap(p, r) for r in rects)
-                    if g < V12_CLR - 1e-6:
-                        bad.append(u'12V 铜离槽 %d %s 排 u=%.1f（%s）只有 %.3f'
-                                   % (i, row, u, t, g))
-        for s in shell_rects(i):
-            g = min(_gap(s, r) for r in rects)
-            if g < V12_CLR - 1e-6:
-                bad.append(u'12V 铜离槽 %d 外壳盘只有 %.3f' % (i, g))
-    main = rects[0]
-    if main[2] - main[0] < 8.0:
-        bad.append(u'L1 12V 主块只有 %.1f mm 宽，9 A 要 ≥ 8' % (main[2] - main[0]))
-    # 走廊铺满、净宽对
-    cs = corridors()
-    for a, b in zip(cs, cs[1:]):
-        if a[3] > b[1] + 1e-6:
-            bad.append(u'走廊重叠: %s / %s' % (a, b))
-    for k in range(1, SLOT_N):
-        w = cs[k][3] - cs[k][1]
-        if abs(w - (SLOT_PITCH - SLOT_BODY_W)) > 1e-6:
-            bad.append(u'走廊 %d 净宽 %.2f' % (k, w))
-    # 背面分区：在板内、两两不重叠、不压过孔带
-    zs = sorted(ZONES.items())
-    for k, z in zs:
-        if z[0] < EDGE_KEEP - 1e-6 or z[1] < EDGE_KEEP - 1e-6 or \
-           z[2] > BW - EDGE_KEEP + 1e-6 or z[3] > BH - EDGE_KEEP + 1e-6:
-            bad.append(u'分区 %s 出板: %s' % (k, z))
-        for j, vb in enumerate(via_bands(), 1):
-            if _overlap(z, vb):
-                bad.append(u'分区 %s 压到槽 %d 过孔带' % (k, j))
-    for n, (ka, za) in enumerate(zs):
-        for kb, zb in zs[n + 1:]:
-            if _overlap(za, zb):
-                bad.append(u'分区 %s / %s 重叠' % (ka, kb))
-    if [USB_SLOT_REF[i] for i in range(1, SLOT_N + 1)] != list(SLOT_REFS):
-        bad.append(u'USB -> 插槽位号映射被改坏')
-    # 安装孔：不出板 / 不压槽体 / 不被圆角切 / 不落天线缺口
-    for n, (hx, hy) in MOUNT_HOLES.items():
-        if not (HOLE_KEEP < hx < BW - HOLE_KEEP and HOLE_KEEP < hy < BH - HOLE_KEEP):
-            bad.append(u'安装孔 %s 出板或贴边: (%.1f, %.1f)' % (n, hx, hy))
-        hr = (hx - HOLE_KEEP, hy - HOLE_KEEP, hx + HOLE_KEEP, hy + HOLE_KEEP)
-        for i in range(1, SLOT_N + 1):
-            if _overlap(hr, slot_body(i)):
-                bad.append(u'安装孔 %s 压到槽 %d' % (n, i))
-        for cx, cy in ((CORNER_R, CORNER_R), (BW - CORNER_R, CORNER_R),
-                       (CORNER_R, BH - CORNER_R), (BW - CORNER_R, BH - CORNER_R)):
-            out_x = hx < cx if cx < BW / 2 else hx > cx
-            out_y = hy < cy if cy < BH / 2 else hy > cy
-            if out_x and out_y and math.hypot(hx - cx, hy - cy) > CORNER_R - HOLE_KEEP:
-                bad.append(u'安装孔 %s 被 R%.0f 圆角切到' % (n, CORNER_R))
-        if _overlap(hr, ANT_NOTCH):
-            bad.append(u'安装孔 %s 落进天线缺口' % n)
-    sep = chr(10) + '  '
-    assert not bad, u'底板自检不过:' + sep + sep.join(bad)
-    return True
-
-
-# ── 下发 ──────────────────────────────────────────────────────────────
-def call(js, timeout=180):
-    r = run(js, timeout=timeout)
-    if not r.get('success'):
-        raise RuntimeError(json.dumps(r, ensure_ascii=False)[:800])
-    return r['result']
-
-
-def mil(v):
-    return round(v * MIL, 4)
-
-
-def polygon_src(pts):
-    a = [mil(pts[0][0]), mil(pts[0][1])]
-    for q in pts[1:]:
-        a += ['L', mil(q[0]), mil(q[1])]
-    if pts[0] != pts[-1]:
-        a += ['L', mil(pts[0][0]), mil(pts[0][1])]
-    return a
-
-
-def push_outline():
-    u"""板框 = 一条闭合折线；顺带删掉层 11 上遗留的**导线**（§27.3 的坑）。"""
-    src = polygon_src(outline_polygon())
-    js = ("await eda.dmt_EditorControl.openDocument('%s');" % PCB +
-          "await new Promise(r=>setTimeout(r,2500));" +
-          "const oldL = (await eda.pcb_PrimitiveLine.getAll()||[]).filter(l=>l.layer===11)"
-          ".map(l=>l.primitiveId);" +
-          "if (oldL.length) await eda.pcb_PrimitiveLine.delete(oldL);" +
-          "const oldP = (await eda.pcb_PrimitivePolyline.getAll()||[])"
-          ".filter(p=>p.getState_Layer()===11).map(p=>p.getState_PrimitiveId());" +
-          "if (oldP.length) await eda.pcb_PrimitivePolyline.delete(oldP);" +
-          "const poly = await eda.pcb_MathPolygon.createPolygon(%s);" % json.dumps(src) +
-          "const r = await eda.pcb_PrimitivePolyline.create('', 11, poly, %s);" % mil(OUTLINE_W) +
-          "await eda.pcb_Document.save();" +
-          "return {delLine: oldL.length, delPoly: oldP.length, made: !!r,"
-          " now: (await eda.pcb_PrimitivePolyline.getAll()||[])"
-          ".filter(p=>p.getState_Layer()===11).length,"
-          " line11: (await eda.pcb_PrimitiveLine.getAll()||[]).filter(l=>l.layer===11).length};")
-    r = call(js, timeout=300)
-    print(u'板框折线: %s（删旧导线 %d / 旧折线 %d）；层 11 现有折线 %d / 导线 %d'
-          % (u'建好' if r['made'] else u'失败', r['delLine'], r['delPoly'], r['now'], r['line11']))
-    if not r['made'] or r['now'] != 1:
-        raise SystemExit(u'!! 板框没画成')
-    return r
-
-
-PUSH_HOLES_JS = u"""
-await eda.dmt_EditorControl.openDocument('%s');
-await new Promise(r=>setTimeout(r,2500));
-const H = %s, D = %s;
-for (const p of await eda.pcb_PrimitivePad.getAll()) {
-  const num = p.getState_PadNumber();
-  if (typeof num === 'string' && /^H[1-9]$/.test(num))
-    await eda.pcb_PrimitivePad.delete(p.getState_PrimitiveId());
-}
-let k = 0;
-for (const [name, x, y] of H) {
-  // layer 12 = 多层；末位 metallization=false ⇒ NPTH。参数位序照抄 pcb_blade.push_holes
-  await eda.pcb_PrimitivePad.create(12, name, x, y, 0, ['ELLIPSE', D, D], '',
-                                    ['ROUND', D], 0, 0, 0, false);
-  k++;
-}
-await eda.pcb_Document.save();
-return {made: k, now: (await eda.pcb_PrimitivePad.getAll())
-          .filter(p => /^H[1-9]$/.test(String(p.getState_PadNumber()))).length};
-"""
-
-
-def push_holes():
-    arr = [[k, mil(v[0]), mil(v[1])] for k, v in sorted(MOUNT_HOLES.items())]
-    r = call(PUSH_HOLES_JS % (PCB, json.dumps(arr), mil(HOLE_D)), timeout=300)
-    print(u'安装孔: 下发 %d / 读回 %d，NPTH Φ%.1f' % (r['made'], r['now'], HOLE_D))
-    for k, v in sorted(MOUNT_HOLES.items()):
-        print(u'   %-3s (%6.2f, %6.2f)' % (k, v[0], v[1]))
-    return r
-
-
-def verify():
-    r = call("await eda.dmt_EditorControl.openDocument('%s');"
-             "await new Promise(r=>setTimeout(r,2000));"
-             "const ps = (await eda.pcb_PrimitivePolyline.getAll()||[])"
-             ".filter(p=>p.getState_Layer()===11);"
-             "const line11 = (await eda.pcb_PrimitiveLine.getAll()||[])"
-             ".filter(l=>l.layer===11).length;"
-             "const holes = (await eda.pcb_PrimitivePad.getAll())"
-             ".filter(p=>/^H[1-9]$/.test(String(p.getState_PadNumber())))"
-             ".map(p=>[String(p.getState_PadNumber()), p.getState_X(), p.getState_Y()]);"
-             "return {n: ps.length, poly: ps.length ? ps[0].getState_Polygon() : null,"
-             " line11, holes, layers: await eda.pcb_Layer.getTheNumberOfCopperLayers(),"
-             " comps: (await eda.pcb_PrimitiveComponent.getAll()).length};" % PCB,
-             timeout=180)
-    bad = []
-    if r['layers'] != LAYERS:
-        bad.append(u'铜层数 %s != %d' % (r['layers'], LAYERS))
-    if r['n'] != 1:
-        bad.append(u'层 11 上有 %d 条折线（应为 1）' % r['n'])
-    if r['line11']:
-        bad.append(u'层 11 上还有 %d 条**导线**（板框画成铜的老坑，§27.3）' % r['line11'])
-    pts = []
-    src = r['poly']
-    if isinstance(src, dict):
-        src = src.get('pointArr') or src.get('points') or src.get('polygon') or src
-    if isinstance(src, list):
-        i = 0
-        while i < len(src):
-            if src[i] in ('L', 'l'):
-                i += 1
-                continue
-            if isinstance(src[i], (int, float)) and i + 1 < len(src) and isinstance(src[i + 1], (int, float)):
-                pts.append((src[i] / MIL, src[i + 1] / MIL))
-                i += 2
-            else:
-                i += 1
-    if pts:
-        xs = [p[0] for p in pts]
-        ys = [p[1] for p in pts]
-        if abs(min(xs)) > 0.01 or abs(max(xs) - BW) > 0.01 or \
-           abs(min(ys)) > 0.01 or abs(max(ys) - BH) > 0.01:
-            bad.append(u'外接矩形 %.2f~%.2f x %.2f~%.2f != 0~%.0f x 0~%.0f'
-                       % (min(xs), max(xs), min(ys), max(ys), BW, BH))
-        if abs(pts[0][0] - pts[-1][0]) > 0.01 or abs(pts[0][1] - pts[-1][1]) > 0.01:
-            bad.append(u'折线首尾不重合: %s vs %s' % (pts[0], pts[-1]))
-        if abs(len(pts) - len(outline_polygon())) > 1:
-            bad.append(u'点数 %d != %d' % (len(pts), len(outline_polygon())))
-        print(u'读回板框折线 1 条 / %d 点，外接 %.2f~%.2f x %.2f~%.2f；层 11 遗留导线 %d'
-              % (len(pts), min(xs), max(xs), min(ys), max(ys), r['line11']))
-    else:
-        bad.append(u'读不回折线点列（原始值 %s）' % str(r['poly'])[:120])
-    got = {h[0]: (round(h[1] / MIL, 3), round(h[2] / MIL, 3)) for h in r['holes']}
-    for n, (hx, hy) in sorted(MOUNT_HOLES.items()):
-        if n not in got:
-            bad.append(u'安装孔 %s 没打' % n)
-        elif abs(got[n][0] - hx) > 0.02 or abs(got[n][1] - hy) > 0.02:
-            bad.append(u'安装孔 %s 位置 %s != (%.1f, %.1f)' % (n, got[n], hx, hy))
-    print(u'铜层 %s；安装孔读回 %d 个；板上元件 %d 件' % (r['layers'], len(got), r['comps']))
-    if bad:
-        print(u'[X] 校验不过:')
-        for b in bad:
-            print(u'   ' + b)
-    else:
-        print(u'[OK] 4 层、板框是一条闭合折线、外接矩形对上、安装孔齐')
-    return bad
-
-
-if __name__ == '__main__':
-    selfcheck()
-    print(u'底板 %.0f x %.0f，%d 层，四角 R%.0f；PCB=%s' % (BW, BH, LAYERS, CORNER_R, PCB))
-    print(u'槽阵 5 槽 @%.2f（长轴沿 x，rot %d，槽心 x %.1f）: y = %s'
-          % (SLOT_PITCH, SLOT_ROT, SLOT_CX, u' / '.join('%.2f' % y for y in slot_ys())))
-    print(u'走廊: %s' % u' | '.join('%.2f~%.2f' % (c[1], c[3]) for c in corridors()))
-    print(u'背面分区（限高 %.0f mm）:' % H_BOTTOM)
-    for k, z in sorted(ZONES.items()):
-        print(u'   %-4s (%5.1f, %5.1f)-(%5.1f, %5.1f)  %6.0f mm²'
-              % (k, z[0], z[1], z[2], z[3], (z[2] - z[0]) * (z[3] - z[1])))
-    r = l1_12v_rects()
-    print(u'L1 +12V：主块 x %.2f~%.2f（宽 %.1f）+ %d 块指头，指头东界 x=%.2f'
-          % (r[0][0], r[0][2], r[0][2] - r[0][0], len(r) - 1, r[1][2]))
-    if '--outline' in sys.argv:
-        push_outline()
-        verify()
-    elif '--holes' in sys.argv:
-        push_holes()
-        verify()
-    elif '--verify' in sys.argv:
-        verify()
+# -*- coding: utf-8 -*-
+u"""R2 底板 PCB（M5，**4 层 98 × 98**，D15）：板框 + 槽阵 + 背面分区 + 安装孔 + L1 的 12V 铜。
+
+    /c/Python314/python .claude/r2/pcb_base.py             # 只算 + 自检
+    /c/Python314/python .claude/r2/pcb_base.py --outline   # 画/重画板框（幂等）
+    /c/Python314/python .claude/r2/pcb_base.py --holes     # 打安装孔
+    /c/Python314/python .claude/r2/pcb_base.py --verify    # 读回校验
+
+2 层版（110 × 125，12V 西干道 / 3V3 槽墙 / D± 竖通道 / 刀片投影限高）整份存档在
+`archive_base2L/pcb_base.py`，那一套在这里**全部删掉**，下游引用到的会直接 AttributeError。
+
+## 坐标系
+
+**板左下角 = (0, 0)，x 向右、y 向上**，两面**同一套坐标、都按从上往下看**。
+x = 槽长方向，y = 五片刀片堆叠方向（J38 最南 … J34 最北）。
+
+## 叠层（D15）
+
+    L1 插槽面  —— 只有 J34~J38 五个插槽（手焊）+ 西侧 12V 大铺铜 + 每排 12V 脚一根指
+    L2 GND     —— 整层地，不布线（L1 信号的参考；2026-09-10 晚曾改 +3V3，同日深夜改回 GND，双地）
+    L3 GND     —— 整层地，不布线（L4 上全部器件与 D± 的参考）
+    L4 器件面  —— 其余 133 件（工厂只贴这一面）+ 全部信号 + D±（参考 L3）+ 3V3/5V 局部铜
+
+## ⛔ 板框必须是**折线**不是导线
+
+`pcb_PrimitiveLine` 在嘉立创里是**导线（铜）**：渲染、DRC、几何校验全过，客户端就是不认板框
+（方案 §27.3）。`push_outline()` 只用 `pcb_PrimitivePolyline`，并删掉层 11 上遗留的导线。
+
+## 12V 指头的 x 为什么停在 34.95（不是分区草图写的 35.1）
+
+槽针实测（`PIN_ROWS`，J36 读回）：两排 12V 右边紧挨着的 x=35.5 是 **GND**，
+焊盘左沿 35.15；35.1 只剩 0.05 mm。北排 12V 左边 x=32.5 也是 **GND**，
+所以北排的指头只能从排外绕进来（L 形），不能像南排那样整块横穿。
+"""
+import io
+import json
+import math
+import os
+import sys
+
+sys.stdout.reconfigure(encoding='utf-8')
+HERE = os.path.dirname(os.path.abspath(__file__))
+# ⚠ 顺序不能反：`.claude` 下有同名的 R1 脚本，先插 .claude 会 import 到 R1 那一份且不报错。
+sys.path.insert(0, os.path.dirname(HERE))
+sys.path.insert(0, HERE)
+from eda import run                                              # noqa: E402
+import fp_edge                                                   # noqa: E402
+
+PCB = '7b9524b6aaf6f235'         # BASE-PCB（r2-uuids.json）
+MIL = fp_edge.MIL
+LAYERS = 4
+TOP, BOTTOM = 1, 2               # EPCB_LayerId：器件只能在这两层
+
+# ── 板框（mm，D15）─────────────────────────────────────────────────────
+BW, BH = 98.0, 98.0              # 硬上限 98（100 正压嘉立创特价档边界，同 D14）
+CORNER_R = 5.0
+CORNER_SEG = 10
+OUTLINE_W = 0.15
+EDGE_KEEP = 0.5                  # 铜 / 器件到板边
+
+# ── 槽阵：五槽居中，长轴沿 x，rot 0 ───────────────────────────────────────
+SLOT_PITCH = 20.32               # 刀片堆叠间距，机械定死
+SLOT_N = 5
+SLOT_ROT = 0
+SLOT_CX = 49.0
+ARRAY_CY = 49.0
+SLOT_BODY_L = 42.0               # 槽体沿 x（`PCIE-64P11L` 焊盘外框）
+SLOT_BODY_W = 9.2                # 槽体沿 y
+PAD_ROW_DY = 3.6                 # 两排焊盘 y = 槽心 ± 3.6
+PAD_L, PAD_W = 0.7, 2.0          # 单盘 0.7(x) × 2.0(y)，脚距 1.0
+SHELL_U, SHELL_L, SHELL_W = 19.5, 3.0, 5.0   # 两端外壳 GND 盘：u = ±19.5，3(x) × 5(y)
+SLOT_REFS = ('J34', 'J35', 'J36', 'J37', 'J38')
+
+# 针位表（u = 距槽心，板上 x = SLOT_CX + u；2026-09-10 从 J36 实测焊盘读回）。
+# S = 南排（焊盘 33~64，y = 槽心 − 3.6），N = 北排（焊盘 1~32，y = 槽心 + 3.6）。
+# 每排 32 针：u −16.5 … −6.5（11 针）+ 键位缺口 + u −3.5 … +16.5（21 针）。
+_U = [-16.5 + k for k in range(11)] + [-3.5 + k for k in range(21)]
+_S = ('12V 12V 12V GND SCL SDA GND 3V3 NC NC INT '
+      'GND GND DP DM ' + 'GND ' * 15 + 'PRSNT GND').split()
+_N = ('GND 12V 12V GND NC NC NC NC 3V3 3V3 EN '
+      'GND GND GND GND VDAC GND GND 5V ' + 'GND ' * 12 + '5V').split()
+PIN_ROWS = {'S': dict(zip(_U, _S)), 'N': dict(zip(_U, _N))}
+ROW_SIGN = {'S': -1, 'N': +1}
+
+
+def pin_x(u):
+    return round(SLOT_CX + u if SLOT_ROT == 0 else SLOT_CX - u, 3)
+
+
+def slot_y(i):
+    u"""槽 i（1 = 最南 = J38）的中心 y。"""
+    return round(ARRAY_CY + (i - (SLOT_N + 1) / 2.0) * SLOT_PITCH, 3)
+
+
+def slot_ys():
+    return [slot_y(i) for i in range(1, SLOT_N + 1)]
+
+
+def slot_body(i):
+    y = slot_y(i)
+    return (SLOT_CX - SLOT_BODY_L / 2, y - SLOT_BODY_W / 2,
+            SLOT_CX + SLOT_BODY_L / 2, y + SLOT_BODY_W / 2)
+
+
+def pad_rect(i, row, u):
+    u"""槽 i 某排 u 处那只针的焊盘外框。"""
+    x, y = pin_x(u), slot_y(i) + ROW_SIGN[row] * PAD_ROW_DY
+    return (x - PAD_L / 2, y - PAD_W / 2, x + PAD_L / 2, y + PAD_W / 2)
+
+
+def shell_rects(i):
+    y = slot_y(i)
+    return [(pin_x(s * SHELL_U) - SHELL_L / 2, y - SHELL_W / 2,
+             pin_x(s * SHELL_U) + SHELL_L / 2, y + SHELL_W / 2) for s in (-1, 1)]
+
+
+# 逻辑 USB 号 → 插槽位号 / 物理槽位（南起 1..5）。USB1 = J34 = 最北。
+USB_SLOT_REF = {1: 'J34', 2: 'J35', 3: 'J36', 4: 'J37', 5: 'J38'}
+USB_SLOT_POS = {i: SLOT_N + 1 - i for i in range(1, SLOT_N + 1)}
+
+
+# 2026-09-12 用户拍板：这几件挪到顶面（L1），理由是装配 / 接线都在插槽那一面。
+# 五件的焊盘**全在封装 y = 0 那一排**（`_base_native_pads.json` 实测），而翻面只把
+# 原生偏移的 y 取反（`place_base.pad_off`）⇒ 孔位、针序、铜**一根都不动**，
+# 纯粹是装配面 + 丝印换面。⛔ 换成焊盘不在一条线上的件（贴片、双排针）不成立：
+# 那种翻面会把铜挪到 L1，要重新布线。
+TOP_EXTRA = ('C2', 'C3',          # Φ8 470 µF 直立电解（12 mm 高）
+             'J26', 'J27',        # 2510-4A 风扇座（11 mm 立式）
+             'J33')               # 2.54 应急串口排针（11.5 mm 立式）
+
+
+def side_of(ref):
+    u"""器件放哪一面：五个插槽 + TOP_EXTRA 在 L1（TOP），其余一律 L4（BOTTOM）。"""
+    return TOP if ref in SLOT_REFS or ref in TOP_EXTRA else BOTTOM
+
+
+# ── 走廊：槽体之间那 11.12 mm，外加阵列两头 ────────────────────────────────
+def corridor(k):
+    u"""走廊 k（0 = 阵列最南，5 = 最北），整板宽。"""
+    y0 = 0.0 if k == 0 else slot_y(k) + SLOT_BODY_W / 2
+    y1 = BH if k == SLOT_N else slot_y(k + 1) - SLOT_BODY_W / 2
+    return (0.0, round(y0, 3), BW, round(y1, 3))
+
+
+def corridors():
+    return [corridor(k) for k in range(SLOT_N + 1)]
+
+
+def usb_corridor(i):
+    u"""USB i 的 D± 所在走廊：D± 在每槽**南排**，所以是槽体南侧那条。"""
+    return corridor(USB_SLOT_POS[i] - 1)
+
+
+# ── 背面 L4 分区（用户 2026-09-10 确认，见 M14-4L-floorplan.png）──────────────
+# 槽体正下方（`slot_body` 投影）是过孔带：槽脚在 L1，GND 打孔下 L2/L3、信号打孔下 L4，不放件。
+# 槽区 x 28~70 的走廊里只有 A4 两块，其余两条走廊留给布线。
+# ⛔ 与草图不同：**Hub 在中间槽正南（走廊 2）、mux/DAC 在正北（走廊 3）**（2026-09-10 用户拍板）。
+#   U32 在底层只能 rot 270（口朝北），南去的几对要绕 U32 东侧；Hub 在走廊 3 时要绕三对、
+#   最远 D± ≈ 80 mm，放走廊 2 只绕两对、最远 ≈ 58 mm。详见 place_base 文件头。
+_C = corridors()
+ZONES = {
+    'A1': (0.5, 0.5, 27.5, 56.0),                     # 输入链 J1 F1 Q1 D1 C2/C3 Rs6 U13
+    'A2': (0.5, 57.5, 27.5, 74.0),                    # 辅助降压 U19 U30 L2 L3
+    'A6': (0.5, 75.5, 27.5, 97.5),                    # 风扇 J26 J27 + 驱动
+    'A3': (70.5, 40.0, 97.5, 97.5),                   # 控制 U20 ESP32 J33 …
+    'A5': (70.5, 0.5, 97.5, 38.5),                    # 上行 J23 USB-C + U31 LDO
+    'A4H': (28.5, _C[2][1], 69.5, _C[2][3]),          # Hub U32 + Y1 + 去耦（走廊 2）
+    'A4M': (28.5, _C[3][1], 69.5, _C[3][3]),          # U35 mux + U6/U7 DAC（走廊 3）
+}
+H_BOTTOM = 14.0                  # 背面限高：底板下 ≥ 15 mm 铜柱（C2/C3 直立电解 12 mm）
+
+# D± 在 L4 沿 x≈48 竖向成束（参考 L3）；I²C / VDAC 沿 x≈37。只是布线意图，这里不做禁区。
+DP_TRUNK_X = 48.0
+I2C_TRUNK_X = 37.0
+
+
+def via_bands():
+    u"""槽体正下方的过孔带（背面摆位禁区）。"""
+    return [slot_body(i) for i in range(1, SLOT_N + 1)]
+
+
+# ── ESP32 天线缺口（东板边）────────────────────────────────────────────────────
+# 西沿 90.5 → 90.8（2026-09-10）：U20 焊盘外框东沿正好在 90.5，地脚 1 / 40 离缺口边只有 0.155 mm，
+# DRC「板框到贴片焊盘」要 0.3。东移 0.3 之后天线根部下面多留 0.3 mm 板材，影响可忽略。
+ANT_NOTCH = (90.8, 58.0, BW, 80.0)
+
+
+def notch_rect():
+    return ANT_NOTCH
+
+
+# ── 安装孔（M3，NPTH）────────────────────────────────────────────────
+HOLE_D = 3.2
+HOLE_KEEP = 3.2
+HOLE_INSET = 4.0
+MOUNT_HOLES = {
+    'H1': (HOLE_INSET, HOLE_INSET),
+    'H2': (BW - HOLE_INSET, HOLE_INSET),
+    'H3': (HOLE_INSET, BH - HOLE_INSET),
+    'H4': (BW - HOLE_INSET, BH - HOLE_INSET),
+}
+
+
+def keepout_rects():
+    u"""背面摆位禁区：过孔带 + 天线缺口（安装孔另按 HOLE_KEEP 判）。"""
+    return via_bands() + [ANT_NOTCH]
+
+
+# ── L1 的 +12V 铜（9 A 干路，§6.4 断面 ≥ 8 mm）─────────────────────────────
+# 主块贴西板边，东沿停在外壳 GND 盘（x 28~31）以西；每槽每排一根指头去够 12V 针。
+# 南排 12V 在 u −16.5/−15.5/−14.5，左右都没有异网针挡着（西边是外壳盘，只要不碰它的 y 段）
+#   ⇒ 从主块横着伸过去，上沿停在外壳盘下沿以南 V12_CLR。
+# 北排 12V 在 u −15.5/−14.5，左边 u −16.5 是 GND ⇒ 帽子在排外横过去，再从东边下一颗牙。
+V12_CLR = 0.20                   # 到异网铜（规则底线 0.15，留 0.05）
+V12_OUT = 2.0                    # 指头伸出针排外沿多少（进走廊）
+V12_MAIN = (EDGE_KEEP, EDGE_KEEP, None, BH - EDGE_KEEP)       # 东沿在 l1_12v_rects() 里算
+
+
+def l1_12v_rects():
+    u"""L1 +12V 铜：[主块] + 每槽 [南指, 北帽, 北牙]。全部同网，重叠处由铺铜合并。"""
+    c = V12_CLR
+    shell_x0 = pin_x(-SHELL_U) - SHELL_L / 2                      # 外壳盘西沿 28.0
+    x_main = round(shell_x0 - c, 3)
+    out = [(V12_MAIN[0], V12_MAIN[1], x_main, V12_MAIN[3])]
+    row_o = PAD_ROW_DY + PAD_W / 2                                # 针排外沿 4.6
+    x_e = round(pin_x(-13.5) - PAD_L / 2 - c, 3)                  # 东界：u −13.5 那只 GND 左沿 − 净距
+    x_tooth = round(pin_x(-16.5) + PAD_L / 2 + c, 3)              # 北牙西界：北排 u −16.5 GND 右沿 + 净距
+    for i in range(1, SLOT_N + 1):
+        cy = slot_y(i)
+        y_shell = SHELL_W / 2 + c                                 # 外壳盘上下沿 + 净距
+        out += [
+            (x_main - 0.3, round(cy - row_o - V12_OUT, 3), x_e, round(cy - y_shell, 3)),
+            (x_main - 0.3, round(cy + row_o + c, 3), x_e, round(cy + row_o + V12_OUT, 3)),
+            (x_tooth, round(cy + y_shell, 3), x_e, round(cy + row_o + c + 0.05, 3)),
+        ]
+    return out
+
+
+# ── 下游脚本要的空壳 ─────────────────────────────────────────────────────
+# ── D16：L1 12V 大铜上扣出来、只归个别网的窗口（route_base 挡线图 / pour_base 铺铜共用）──────────
+# 用户 2026-09-11 选：① J1（USB-C）的 CC 夹在两组 VBUS 之间，VIN_RAW 一合流就出不来 ⇒ 在两组 VBUS 之间
+#   打孔上 L1、东去 U36 再下来（CC2 在南、CC1 在北，两根不交叉；CC2 东段压低到 y ≤ 8.95 是为了让开
+#   J1 东侧外壳长槽在 L1 上的焊盘，它到 y 8.26）；② U37 两侧 VIN 经 L1 上的 VIN_FUSED 小岛连通（TI 做法）。
+# 12V 主块在小岛这一段还剩 x 0.5~18.6（18 mm），CC 两根只切 J38 那一个槽的供电路径。
+PD_ISLAND = (18.9, 13.4, 22.9, 29.2)
+PD_L1 = [('PD_CC2', (10.3, 8.1, 12.9, 9.35)), ('PD_CC2', (12.9, 8.1, 20.4, 8.95)),
+         ('PD_CC1', (13.2, 9.1, 20.4, 10.2)),
+         ('VIN_FUSED', PD_ISLAND),
+         # 2026-09-12（第三批，用户重摆整窝之后）：风扇那一窝的长途网借 L1 横穿 A6。
+         # A6 那一带 L1 整片是 12V 主块（x 0.5~27.8）⇒ 过孔上得去但走不动，等于单层，而 L4 已被 22 件占满。
+         # ⛔ 前两批走廊是按**旧摆位**开的（注释里写的 `R748.1(18.2,91.0)` / `R757.2(27.2,93.0)` 都是旧坐标），
+         #    用户 2026-09-12 重摆之后件全变了位置，走廊与件对不上 ⇒ 四条长途网必然布不通。已整体替换。
+         # ⚠ 走廊必须**盖住焊盘正上方**：只盖"沿途"不行，那只脚得先在 L4 挪到走廊下方才能打孔上来，
+         #    实测 J27.4 / Q10.3 就是这么卡住的（v1 只盖沿途 ⇒ 未完成 3；v2 盖住焊盘 ⇒ 未完成 2）。
+         # ⚠ 只挡**导线图**；铺铜那边不用开窗（L1 的 12V 铺铜本来就绕开异网导线，CC 两根走的同一路子）。
+         # 断面（`l1_section.py`，§6.4 要 ≥ 8.0）：逐 y 最窄 **11.80 mm**（y=76.10）。
+         #   走廊 x 一律 ≤ 27.5，而槽指头在 x ≥ 27.5 ⇒ 不碰任何一槽的供电路径。
+         ('FAN_EN', (12.0, 76.10, 27.50, 77.10)),          # R748.1(5.13,73.91) 西段走 L4，东段借 L1 到窗缘
+         ('FAN_TACH_IN', (16.0, 75.15, 27.50, 76.05)),     # 主干端点 (26.00,75.62) 在窗缘
+         ('FAN_TACH_IN', (13.7, 76.05, 16.20, 90.40)),     # 竖带盖住 Q9.3(14.21,89.92) / R753.2(15.62,89.97)
+         ('FAN_TACH_OUT', (17.4, 80.70, 27.50, 81.70)),    # 盖住 Q10.3(18.02,81.15)
+         ('FAN_TACH_OUT', (17.4, 81.70, 18.80, 84.10)),    # 竖段接 R757.2(18.11,83.57)
+         ('FAN_PWM_L', (10.3, 83.90, 22.50, 87.30))]       # 盖住 J27.4(10.92,84.44) 与 Q6.3(22.10,87.36)           # R733.1(14.0,94.1) 往东出区
+
+
+def rect_minus(r, holes):
+    u"""矩形 r 减去若干矩形 → 不重叠的矩形列表。"""
+    out = [tuple(r)]
+    for h in holes:
+        nxt = []
+        for a in out:
+            if not (a[0] < h[2] and h[0] < a[2] and a[1] < h[3] and h[1] < a[3]):
+                nxt.append(a)
+                continue
+            if a[0] < h[0]:
+                nxt.append((a[0], a[1], h[0], a[3]))
+            if h[2] < a[2]:
+                nxt.append((h[2], a[1], a[2], a[3]))
+            x0, x1 = max(a[0], h[0]), min(a[2], h[2])
+            if a[1] < h[1]:
+                nxt.append((x0, a[1], x1, h[1]))
+            if h[3] < a[3]:
+                nxt.append((x0, h[3], x1, a[3]))
+        out = nxt
+    return out
+
+
+FLEX_W = {}
+SLOT_Y = None
+PHONE_ORG = None
+PHONE_WH = None
+
+
+def phone_holes():
+    u"""所有层都不许压的孔：四个 M3 安装孔（`pcb_PrimitivePad`，不在 pads.json 里）。"""
+    return dict(MOUNT_HOLES)
+
+
+def mill_cuts():
+    return []
+
+
+def notch_break():
+    return None
+
+
+def corner(cx, cy, a0, a1):
+    pts = []
+    for k in range(CORNER_SEG + 1):
+        a = math.radians(a0 + (a1 - a0) * k / CORNER_SEG)
+        pts.append((cx + CORNER_R * math.cos(a), cy + CORNER_R * math.sin(a)))
+    return pts
+
+
+def outline_pts():
+    u"""板框点列（逆时针，从底边左端 (r,0) 起，闭合回 (r,0)）。东边带天线缺口。"""
+    r = CORNER_R
+    pts = [(r, 0.0), (BW - r, 0.0)]
+    pts += corner(BW - r, r, 270, 360)
+    pts += [(BW, ANT_NOTCH[1]), (ANT_NOTCH[0], ANT_NOTCH[1]),
+            (ANT_NOTCH[0], ANT_NOTCH[3]), (BW, ANT_NOTCH[3]),
+            (BW, BH - r)]
+    pts += corner(BW - r, BH - r, 0, 90)
+    pts += [(r, BH)]
+    pts += corner(r, BH - r, 90, 180)
+    pts += [(0.0, r)]
+    pts += corner(r, r, 180, 270)
+    out = [pts[0]]
+    for q in pts[1:]:
+        if abs(q[0] - out[-1][0]) > 1e-9 or abs(q[1] - out[-1][1]) > 1e-9:
+            out.append(q)
+    assert abs(out[0][0] - out[-1][0]) < 1e-9 and abs(out[0][1] - out[-1][1]) < 1e-9, \
+        u'板框点列没有闭合'
+    return out
+
+
+def outline_polygon():
+    return outline_pts()
+
+
+def zone_of(x, y):
+    for k, z in ZONES.items():
+        if z[0] <= x <= z[2] and z[1] <= y <= z[3]:
+            return k
+    return None
+
+
+def height_ok(h):
+    u"""背面限高（正面只有插槽）。"""
+    return h <= H_BOTTOM
+
+
+def _overlap(a, b):
+    return a[0] < b[2] and b[0] < a[2] and a[1] < b[3] and b[1] < a[3]
+
+
+def _gap(a, b):
+    u"""两个矩形的最小距离（重叠为 0）。"""
+    dx = max(b[0] - a[2], a[0] - b[2], 0.0)
+    dy = max(b[1] - a[3], a[1] - b[3], 0.0)
+    return math.hypot(dx, dy)
+
+
+def selfcheck():
+    bad = []
+    ys = slot_ys()
+    for a, b in zip(ys, ys[1:]):
+        if abs((b - a) - SLOT_PITCH) > 1e-6:
+            bad.append(u'槽间距 %.3f != %.2f' % (b - a, SLOT_PITCH))
+    if abs((ys[0] + ys[-1]) / 2.0 - ARRAY_CY) > 1e-6:
+        bad.append(u'阵列没居中: %s' % ys)
+    for i in range(1, SLOT_N + 1):
+        b = slot_body(i)
+        if b[0] < 2 or b[1] < 2 or b[2] > BW - 2 or b[3] > BH - 2:
+            bad.append(u'槽 %d 槽体 %s 贴板边 < 2 mm' % (i, b))
+    # 针位表：每排 32 针，12V 共 5 针（南 3 北 2），D± 在南排
+    for row in 'SN':
+        if len(PIN_ROWS[row]) != 32:
+            bad.append(u'%s 排 %d 针 != 32' % (row, len(PIN_ROWS[row])))
+    n12 = [(r, u) for r in 'SN' for u, t in PIN_ROWS[r].items() if t == '12V']
+    if len(n12) != 5:
+        bad.append(u'12V 针 %d 只 != 5' % len(n12))
+    # 12V 铜：每只 12V 针都被某块指头盖到；到任何异网针 / 外壳盘 ≥ V12_CLR
+    rects = l1_12v_rects()
+    for i in range(1, SLOT_N + 1):
+        for row in 'SN':
+            for u, t in PIN_ROWS[row].items():
+                p = pad_rect(i, row, u)
+                if t == '12V':
+                    if not any(_overlap(p, r) for r in rects):
+                        bad.append(u'槽 %d %s 排 u=%.1f 的 12V 针没被铜盖到' % (i, row, u))
+                else:
+                    g = min(_gap(p, r) for r in rects)
+                    if g < V12_CLR - 1e-6:
+                        bad.append(u'12V 铜离槽 %d %s 排 u=%.1f（%s）只有 %.3f'
+                                   % (i, row, u, t, g))
+        for s in shell_rects(i):
+            g = min(_gap(s, r) for r in rects)
+            if g < V12_CLR - 1e-6:
+                bad.append(u'12V 铜离槽 %d 外壳盘只有 %.3f' % (i, g))
+    main = rects[0]
+    if main[2] - main[0] < 8.0:
+        bad.append(u'L1 12V 主块只有 %.1f mm 宽，9 A 要 ≥ 8' % (main[2] - main[0]))
+    # 走廊铺满、净宽对
+    cs = corridors()
+    for a, b in zip(cs, cs[1:]):
+        if a[3] > b[1] + 1e-6:
+            bad.append(u'走廊重叠: %s / %s' % (a, b))
+    for k in range(1, SLOT_N):
+        w = cs[k][3] - cs[k][1]
+        if abs(w - (SLOT_PITCH - SLOT_BODY_W)) > 1e-6:
+            bad.append(u'走廊 %d 净宽 %.2f' % (k, w))
+    # 背面分区：在板内、两两不重叠、不压过孔带
+    zs = sorted(ZONES.items())
+    for k, z in zs:
+        if z[0] < EDGE_KEEP - 1e-6 or z[1] < EDGE_KEEP - 1e-6 or \
+           z[2] > BW - EDGE_KEEP + 1e-6 or z[3] > BH - EDGE_KEEP + 1e-6:
+            bad.append(u'分区 %s 出板: %s' % (k, z))
+        for j, vb in enumerate(via_bands(), 1):
+            if _overlap(z, vb):
+                bad.append(u'分区 %s 压到槽 %d 过孔带' % (k, j))
+    for n, (ka, za) in enumerate(zs):
+        for kb, zb in zs[n + 1:]:
+            if _overlap(za, zb):
+                bad.append(u'分区 %s / %s 重叠' % (ka, kb))
+    if [USB_SLOT_REF[i] for i in range(1, SLOT_N + 1)] != list(SLOT_REFS):
+        bad.append(u'USB -> 插槽位号映射被改坏')
+    # 安装孔：不出板 / 不压槽体 / 不被圆角切 / 不落天线缺口
+    for n, (hx, hy) in MOUNT_HOLES.items():
+        if not (HOLE_KEEP < hx < BW - HOLE_KEEP and HOLE_KEEP < hy < BH - HOLE_KEEP):
+            bad.append(u'安装孔 %s 出板或贴边: (%.1f, %.1f)' % (n, hx, hy))
+        hr = (hx - HOLE_KEEP, hy - HOLE_KEEP, hx + HOLE_KEEP, hy + HOLE_KEEP)
+        for i in range(1, SLOT_N + 1):
+            if _overlap(hr, slot_body(i)):
+                bad.append(u'安装孔 %s 压到槽 %d' % (n, i))
+        for cx, cy in ((CORNER_R, CORNER_R), (BW - CORNER_R, CORNER_R),
+                       (CORNER_R, BH - CORNER_R), (BW - CORNER_R, BH - CORNER_R)):
+            out_x = hx < cx if cx < BW / 2 else hx > cx
+            out_y = hy < cy if cy < BH / 2 else hy > cy
+            if out_x and out_y and math.hypot(hx - cx, hy - cy) > CORNER_R - HOLE_KEEP:
+                bad.append(u'安装孔 %s 被 R%.0f 圆角切到' % (n, CORNER_R))
+        if _overlap(hr, ANT_NOTCH):
+            bad.append(u'安装孔 %s 落进天线缺口' % n)
+    sep = chr(10) + '  '
+    assert not bad, u'底板自检不过:' + sep + sep.join(bad)
+    return True
+
+
+# ── 下发 ──────────────────────────────────────────────────────────────
+def call(js, timeout=180):
+    r = run(js, timeout=timeout)
+    if not r.get('success'):
+        raise RuntimeError(json.dumps(r, ensure_ascii=False)[:800])
+    return r['result']
+
+
+def mil(v):
+    return round(v * MIL, 4)
+
+
+def polygon_src(pts):
+    a = [mil(pts[0][0]), mil(pts[0][1])]
+    for q in pts[1:]:
+        a += ['L', mil(q[0]), mil(q[1])]
+    if pts[0] != pts[-1]:
+        a += ['L', mil(pts[0][0]), mil(pts[0][1])]
+    return a
+
+
+def push_outline():
+    u"""板框 = 一条闭合折线；顺带删掉层 11 上遗留的**导线**（§27.3 的坑）。"""
+    src = polygon_src(outline_polygon())
+    js = ("await eda.dmt_EditorControl.openDocument('%s');" % PCB +
+          "await new Promise(r=>setTimeout(r,2500));" +
+          "const oldL = (await eda.pcb_PrimitiveLine.getAll()||[]).filter(l=>l.layer===11)"
+          ".map(l=>l.primitiveId);" +
+          "if (oldL.length) await eda.pcb_PrimitiveLine.delete(oldL);" +
+          "const oldP = (await eda.pcb_PrimitivePolyline.getAll()||[])"
+          ".filter(p=>p.getState_Layer()===11).map(p=>p.getState_PrimitiveId());" +
+          "if (oldP.length) await eda.pcb_PrimitivePolyline.delete(oldP);" +
+          "const poly = await eda.pcb_MathPolygon.createPolygon(%s);" % json.dumps(src) +
+          "const r = await eda.pcb_PrimitivePolyline.create('', 11, poly, %s);" % mil(OUTLINE_W) +
+          "await eda.pcb_Document.save();" +
+          "return {delLine: oldL.length, delPoly: oldP.length, made: !!r,"
+          " now: (await eda.pcb_PrimitivePolyline.getAll()||[])"
+          ".filter(p=>p.getState_Layer()===11).length,"
+          " line11: (await eda.pcb_PrimitiveLine.getAll()||[]).filter(l=>l.layer===11).length};")
+    r = call(js, timeout=300)
+    print(u'板框折线: %s（删旧导线 %d / 旧折线 %d）；层 11 现有折线 %d / 导线 %d'
+          % (u'建好' if r['made'] else u'失败', r['delLine'], r['delPoly'], r['now'], r['line11']))
+    if not r['made'] or r['now'] != 1:
+        raise SystemExit(u'!! 板框没画成')
+    return r
+
+
+PUSH_HOLES_JS = u"""
+await eda.dmt_EditorControl.openDocument('%s');
+await new Promise(r=>setTimeout(r,2500));
+const H = %s, D = %s;
+for (const p of await eda.pcb_PrimitivePad.getAll()) {
+  const num = p.getState_PadNumber();
+  if (typeof num === 'string' && /^H[1-9]$/.test(num))
+    await eda.pcb_PrimitivePad.delete(p.getState_PrimitiveId());
+}
+let k = 0;
+for (const [name, x, y] of H) {
+  // layer 12 = 多层；末位 metallization=false ⇒ NPTH。参数位序照抄 pcb_blade.push_holes
+  await eda.pcb_PrimitivePad.create(12, name, x, y, 0, ['ELLIPSE', D, D], '',
+                                    ['ROUND', D], 0, 0, 0, false);
+  k++;
+}
+await eda.pcb_Document.save();
+return {made: k, now: (await eda.pcb_PrimitivePad.getAll())
+          .filter(p => /^H[1-9]$/.test(String(p.getState_PadNumber()))).length};
+"""
+
+
+def push_holes():
+    arr = [[k, mil(v[0]), mil(v[1])] for k, v in sorted(MOUNT_HOLES.items())]
+    r = call(PUSH_HOLES_JS % (PCB, json.dumps(arr), mil(HOLE_D)), timeout=300)
+    print(u'安装孔: 下发 %d / 读回 %d，NPTH Φ%.1f' % (r['made'], r['now'], HOLE_D))
+    for k, v in sorted(MOUNT_HOLES.items()):
+        print(u'   %-3s (%6.2f, %6.2f)' % (k, v[0], v[1]))
+    return r
+
+
+def verify():
+    r = call("await eda.dmt_EditorControl.openDocument('%s');"
+             "await new Promise(r=>setTimeout(r,2000));"
+             "const ps = (await eda.pcb_PrimitivePolyline.getAll()||[])"
+             ".filter(p=>p.getState_Layer()===11);"
+             "const line11 = (await eda.pcb_PrimitiveLine.getAll()||[])"
+             ".filter(l=>l.layer===11).length;"
+             "const holes = (await eda.pcb_PrimitivePad.getAll())"
+             ".filter(p=>/^H[1-9]$/.test(String(p.getState_PadNumber())))"
+             ".map(p=>[String(p.getState_PadNumber()), p.getState_X(), p.getState_Y()]);"
+             "return {n: ps.length, poly: ps.length ? ps[0].getState_Polygon() : null,"
+             " line11, holes, layers: await eda.pcb_Layer.getTheNumberOfCopperLayers(),"
+             " comps: (await eda.pcb_PrimitiveComponent.getAll()).length};" % PCB,
+             timeout=180)
+    bad = []
+    if r['layers'] != LAYERS:
+        bad.append(u'铜层数 %s != %d' % (r['layers'], LAYERS))
+    if r['n'] != 1:
+        bad.append(u'层 11 上有 %d 条折线（应为 1）' % r['n'])
+    if r['line11']:
+        bad.append(u'层 11 上还有 %d 条**导线**（板框画成铜的老坑，§27.3）' % r['line11'])
+    pts = []
+    src = r['poly']
+    if isinstance(src, dict):
+        src = src.get('pointArr') or src.get('points') or src.get('polygon') or src
+    if isinstance(src, list):
+        i = 0
+        while i < len(src):
+            if src[i] in ('L', 'l'):
+                i += 1
+                continue
+            if isinstance(src[i], (int, float)) and i + 1 < len(src) and isinstance(src[i + 1], (int, float)):
+                pts.append((src[i] / MIL, src[i + 1] / MIL))
+                i += 2
+            else:
+                i += 1
+    if pts:
+        xs = [p[0] for p in pts]
+        ys = [p[1] for p in pts]
+        if abs(min(xs)) > 0.01 or abs(max(xs) - BW) > 0.01 or \
+           abs(min(ys)) > 0.01 or abs(max(ys) - BH) > 0.01:
+            bad.append(u'外接矩形 %.2f~%.2f x %.2f~%.2f != 0~%.0f x 0~%.0f'
+                       % (min(xs), max(xs), min(ys), max(ys), BW, BH))
+        if abs(pts[0][0] - pts[-1][0]) > 0.01 or abs(pts[0][1] - pts[-1][1]) > 0.01:
+            bad.append(u'折线首尾不重合: %s vs %s' % (pts[0], pts[-1]))
+        if abs(len(pts) - len(outline_polygon())) > 1:
+            bad.append(u'点数 %d != %d' % (len(pts), len(outline_polygon())))
+        print(u'读回板框折线 1 条 / %d 点，外接 %.2f~%.2f x %.2f~%.2f；层 11 遗留导线 %d'
+              % (len(pts), min(xs), max(xs), min(ys), max(ys), r['line11']))
+    else:
+        bad.append(u'读不回折线点列（原始值 %s）' % str(r['poly'])[:120])
+    got = {h[0]: (round(h[1] / MIL, 3), round(h[2] / MIL, 3)) for h in r['holes']}
+    for n, (hx, hy) in sorted(MOUNT_HOLES.items()):
+        if n not in got:
+            bad.append(u'安装孔 %s 没打' % n)
+        elif abs(got[n][0] - hx) > 0.02 or abs(got[n][1] - hy) > 0.02:
+            bad.append(u'安装孔 %s 位置 %s != (%.1f, %.1f)' % (n, got[n], hx, hy))
+    print(u'铜层 %s；安装孔读回 %d 个；板上元件 %d 件' % (r['layers'], len(got), r['comps']))
+    if bad:
+        print(u'[X] 校验不过:')
+        for b in bad:
+            print(u'   ' + b)
+    else:
+        print(u'[OK] 4 层、板框是一条闭合折线、外接矩形对上、安装孔齐')
+    return bad
+
+
+if __name__ == '__main__':
+    selfcheck()
+    print(u'底板 %.0f x %.0f，%d 层，四角 R%.0f；PCB=%s' % (BW, BH, LAYERS, CORNER_R, PCB))
+    print(u'槽阵 5 槽 @%.2f（长轴沿 x，rot %d，槽心 x %.1f）: y = %s'
+          % (SLOT_PITCH, SLOT_ROT, SLOT_CX, u' / '.join('%.2f' % y for y in slot_ys())))
+    print(u'走廊: %s' % u' | '.join('%.2f~%.2f' % (c[1], c[3]) for c in corridors()))
+    print(u'背面分区（限高 %.0f mm）:' % H_BOTTOM)
+    for k, z in sorted(ZONES.items()):
+        print(u'   %-4s (%5.1f, %5.1f)-(%5.1f, %5.1f)  %6.0f mm²'
+              % (k, z[0], z[1], z[2], z[3], (z[2] - z[0]) * (z[3] - z[1])))
+    r = l1_12v_rects()
+    print(u'L1 +12V：主块 x %.2f~%.2f（宽 %.1f）+ %d 块指头，指头东界 x=%.2f'
+          % (r[0][0], r[0][2], r[0][2] - r[0][0], len(r) - 1, r[1][2]))
+    if '--outline' in sys.argv:
+        push_outline()
+        verify()
+    elif '--holes' in sys.argv:
+        push_holes()
+        verify()
+    elif '--verify' in sys.argv:
+        verify()
diff --git a/.claude/r2/repair_window.py b/.claude/r2/repair_window.py
new file mode 100644
index 0000000..7310ad7
--- /dev/null
+++ b/.claude/r2/repair_window.py
@@ -0,0 +1,303 @@
+# -*- coding: utf-8 -*-
+u"""**窗口内整体重布**：把一块矩形区域里的几个网连同周边 `+3V3` / `GND` 局部一起重布。
+
+    bash .claude/r2/remote_repair_window.sh          # 入口（本机）
+    DCDC_ROUTE_SERVER=1 pypy3 .claude/r2/repair_window.py
+
+## 和 `repair_base.py` 的区别（为什么要单独一份）
+
+`repair_base` 是**按网**补：给它 `+3V3`，它就在**全板**范围重布这个网 —— 2026-09-12 实测，
+它把新的 `+3V3` 线从 **J34~J37 插槽针排的焊盘中间穿过去**（`fan_check` 十几处 −0.2，
+还压 U13.7 −0.449）。插槽 1 mm 间距、手焊，那是致命的。
+
+这一份改成**按窗口**补，三条约束缺一不可：
+
+1. **`bypad` 只装窗口内的脚**。窗口外的同网脚一概不参与 ⇒ 布线器不会去动全板的主干。
+2. **窗口外的已有铜照常留在占用图里**。它们是「本网已有的铜」，A* 从窗口内的脚出发，
+   碰到就算到达 —— 这就是和外面主干的接口，不需要显式指定接口点。
+3. **窗口外加高过路费**（`OUT_PEN`）。不是封死：万一窗口内绕不出去，它还能出去一点点，
+   但代价高到不会乱跑。封死会让本来能绕的网直接报「没布通」。
+
+拆线（窗口内目标网的旧铜）由本机 `remote_repair_window.sh` 先做掉，这里只读拆完的板面快照。
+
+输入：`_base_fan_input.json`（板上现有铜）+ `_base_window.json`（窗口与网名，本机写）。
+输出：`_base_window_repair.json`（只有新增的段与孔）。
+"""
+import io
+import json
+import math
+import os
+import sys
+
+sys.stdout.reconfigure(encoding='utf-8')
+HERE = os.path.dirname(os.path.abspath(__file__))
+sys.path.insert(0, os.path.dirname(HERE))
+sys.path.insert(0, HERE)
+
+if not os.environ.get('DCDC_ROUTE_SERVER'):
+    sys.exit(u'⛔ 布线（A*）只在 10.5.5.13 上跑（CLAUDE.md）：bash .claude/r2/remote_repair_window.sh')
+
+import router as RT                                            # noqa: E402
+import route_base as RB                                        # noqa: E402
+
+CFG = json.load(io.open(os.path.join(HERE, '_base_window.json'), encoding='utf-8'))
+WIN = tuple(CFG['window'])                     # (x0, y0, x1, y1)
+NETS = [n.replace('@', '$') for n in CFG['nets']]
+OUT_PEN = int(CFG.get('out_pen', 40))
+# 朝插槽那一侧的过路费：必须高到 A* 不会为了抄近路钻进槽区（槽体 x 28~70，手焊 1 mm 针排）
+SLOT_PEN = int(CFG.get('slot_pen', 200))
+# 虚拟落点沿主干往窗内退多少（避开压在主干线上导致起步格点为 0）
+RETREAT = float(CFG.get('retreat', 0.75))
+# 窗口内「别的网」的焊盘外扩多少封死（收费挡不住，见 _pen 的注释）
+PAD_KEEP = float(CFG.get('pad_keep', 0.10))
+cp = json.load(io.open(os.path.join(HERE, '_base_fan_input.json'), encoding='utf-8'))
+
+# ── L1 走廊（`pcb_base.PD_L1` 的运行时追加）─────────────────────────────────
+# ⛔ A6 那一带 L1 整片是 `+12V` 主块（x 0.5~27.8）⇒ 过孔上得去但走不动，等于单层，
+#    而 L4 已被 22 件占满。`PD_L1` 里那几条走廊是**按旧摆位**开的（注释里写的坐标就是旧的），
+#    用户重摆之后与件对不上 ⇒ 长途网（FAN_EN / 两路 TACH / FAN_PWM_L）必然布不通。
+#    这里让走廊跟着 `_base_window.json` 走，免得每试一组就改 `pcb_base.py`。
+#    ⚠ 判据（§6.4）：逐 y 的水平断面上，Σ 走廊 x 跨度 ≤ 27.30 − 8.00 = 19.30 mm。
+#      本机 `l1_section.py` 核；走廊 x 一律 ≤ 27.5，槽指头在 x ≥ 27.5，天然不碰。
+_extra = CFG.get('pd_l1_extra')
+if _extra is not None:
+    _keep = [(n, r) for n, r in RB.B.PD_L1 if not n.startswith('FAN')]
+    RB.B.PD_L1 = _keep + [(n, tuple(r)) for n, r in _extra]
+    print(u'L1 走廊：保留 %d 条非风扇 + 本轮 %d 条 %s'
+          % (len(_keep), len(_extra), ' '.join(sorted(set(n for n, _ in _extra)))))
+
+pads = RB.load_pads()
+
+
+def in_win(x, y, m=0.0):
+    return WIN[0] - m <= x <= WIN[2] + m and WIN[1] - m <= y <= WIN[3] + m
+
+
+# ── 窗口外加过路费：包住整块板，挖掉窗口 ──────────────────────────────────
+_orig_pen = RT.pen_pads
+
+
+def _toll_pads():
+    u"""窗口内**不属待布网**的焊盘 —— 必须一起收过路费，否则新线会贴着它们走。
+
+    2026-09-12 实测：不收的话，`+3V3` 贴 `Q8.3` 只剩 **0.003**、`FAN_OUT_TACH_RAW` 贴
+    `Q10.2` 只剩 **0.027**（判据 0.15），`fan_check` 一跑就拦下来、整版不能下发。
+    `route_base._pen` 本来就是靠 `GND_PEN_PADS` / `LATER_PEN_PADS` 收这笔费的，
+    我覆盖 `RT.pen_pads` 时漏了这一步。
+
+    ⛔ 判据是「**不是当前正在布的那个网**」，不是「不在待布网集合里」。第一版写成后者，
+    于是 `Q8.3`（网 `$6N48`，本身也在待布名单里）被漏掉 —— 实测它周围过路费始终是 0，
+    而 `+3V3` 的新线就贴着它走到 **0.003**。同属待布名单的别的网，对当前这个网来说一样是障碍。
+    """
+    out = []
+    for p in pads:
+        if p[6] not in RT.LAY or str(p[1]).endswith(RB.TH_SUFFIX):
+            continue
+        if in_win(p[2], p[3]):
+            out.append(p)
+    return out
+
+
+def _pen(g, ps, halfw):
+    u"""窗口外收过路费。⛔ **不能各向同性**（2026-09-12 实测）。
+
+    朝插槽那一侧（x > 窗口东界）必须近乎封死：`OUT_PEN` 从 40 降到 12 的那一轮，
+    `$6N64` / `FAN_EN` 立刻跑到 x 28.75~32.50 —— **正是槽体 x 28~70 的插槽区**，
+    183 段里 50 段跑出窗口（之前每轮都是 0）。而降它本是为了让跨窗口的网够得着 U20 那边的主干。
+    ⇒ 分开定价：东侧（插槽方向）用 `SLOT_PEN`，其余三面用 `OUT_PEN`。
+    """
+    _orig_pen(g, list(ps) + _toll_pads(), halfw)
+    # ⛔ 光收过路费**挡不住**（2026-09-12 第二次印证，同「插槽方向」那一条）：
+    #   实测 `Q8.3` 周围过路费确实是 10，A* 照样贴着它走到 **0.003**；`Q10.2` 同理 0.027。
+    #   `penalize` 只是定价，`block_rect` 才是墙 ⇒ 窗口内**别的网**的焊盘按 `PAD_KEEP` 外扩封死。
+    #   代价实测很小：外扩 0.10 时窗口内可走格点 7297 → 6802（72% → 68%，少 495 个）。
+    # ⛔ 外扩量必须按**当前这一档的线宽**算，不能写死。2026-09-12 实测：按 0.15 细线定的
+    #   `PAD_KEEP=0.10` 挡不住 0.40 的 `+3V3`（它半宽就有 0.20）—— 照样贴 `Q8.3` 到 **0.003**。
+    #   `route_groups` 是按线宽分档建图的，每档传进来的 `halfw` 正是「半宽 + 净距」，直接用它。
+    #   （一刀切取最粗的 0.56 会把细线通道也削掉 1/3：窗口内可走格点 68% → 52%。）
+    r = max(PAD_KEEP, halfw)
+    for p in _toll_pads():
+        g.block_rect(p[6], p[2] - p[4] / 2 - r, p[3] - p[5] / 2 - r,
+                     p[2] + p[4] / 2 + r, p[3] + p[5] / 2 + r, net=p[7])
+    for l in RT.LAY:
+        for r in RB.B.rect_minus((0.0, 0.0, RB.B.BW, RB.B.BH), [WIN]):
+            if r[0] >= WIN[2] - 1e-6:
+                continue                       # 东侧（插槽方向）下面单独封死，不是加价
+            g.penalize(l, r[0], r[1], r[2], r[3], OUT_PEN)
+        # ⛔ 插槽方向必须**封死**，不能只加价：本机实测过路费确实加到了 200
+        #   （窗口内 0 / 插槽区 200），A* 照样钻 —— `$6N64` 宁可付 200×若干格也要从
+        #   x 25.75 抄到 27.75，因为窗口内绕不过去。`penalize` 只是定价，`block_rect` 才是墙。
+        #   槽体 x 28~70 是 1 mm 间距的手焊针排，走线进去是致命的。
+        g.block_rect(l, WIN[2], 0.0, RB.B.BW, RB.B.BH, net='#slotwall')
+
+
+RT.pen_pads = _pen
+
+segs = [tuple(s) for s in cp['segs']]
+vias = [tuple(v) for v in cp['vias']]
+board_vias = [tuple(v) for v in cp['board_vias']]
+
+# ⛔ 只装**窗口内**的脚；窗口外的同网铜留在 segs 里当「已有铜」。
+bypad = {}
+outside = {}
+for p in pads:
+    if not p[7] or p[7] not in NETS or str(p[1]).endswith(RB.TH_SUFFIX):
+        continue
+    if in_win(p[2], p[3]):
+        bypad.setdefault(p[7], []).append(p)
+    else:
+        outside[p[7]] = outside.get(p[7], 0) + 1
+
+# ⛔⛔ 2026-09-12 实测（第一版**漏了这一步，是设计缺陷**）：
+#   「窗口外的同网铜留在占用图里，A* 碰到就算到达」——**不成立**。
+#   `route_groups` 布的是 `bypad[net]` 里的脚**两两相连**，窗外主干根本不是它的终点判据。
+#   于是「窗外还有脚」的网全军覆没：`FAN_PWM` / `FAN_EN` 窗内只剩 1 只脚 ⇒ 跨度 0、无事可做；
+#   `FAN_TACH_IN` / `FAN_TACH_OUT` / `+3V3` 窗内那两只脚彼此并不需要连（各自要去的是窗外主干）
+#   ⇒ 实测这 5 个网**一段都没产出**，而窗外脚数为 0 的 8 个网全部正常产出。
+#   ⇒ 把主干在**窗口边界处的端点**做成虚拟焊盘塞进 bypad，A* 才有终点可去
+#     （同 `route_base` 用 `finger_escape()` 的 launch 点喂金手指的办法）。
+def _clip(v, lo, hi):
+    return max(lo, min(hi, v))
+
+
+edge_pts = {}
+for s in cp['segs']:
+    lay, x1, y1, x2, y2, w, net = s[0], s[1], s[2], s[3], s[4], s[5], s[6]
+    if net not in NETS or lay not in RT.LAY:
+        continue
+    a, b = in_win(x1, y1), in_win(x2, y2)
+    if a == b:
+        continue                                   # 整段在窗内或整段在窗外，都不是接口
+    if lay != RB.B.BOTTOM:
+        # ⛔ 落点不能取在 **L1**：那一层在这一带整片是 `+12V` 大铜，格点是 255（多网叠加，
+        #   谁都不能走）。实测 `FAN_EN` 的落点取到 L1 之后「起步格点 0 个」，直接报「出不来」。
+        continue
+    ix, iy = (x1, y1) if a else (x2, y2)           # 取落在窗内的那一头
+    # ⛔ 端点正好压在主干线上（`FAN_PWM` 实测净距 −0.127）⇒ 起步格点也是 0。
+    #   沿这一段往**窗内**退 RETREAT，让出一个能起步的格点。
+    ox, oy = (x2, y2) if a else (x1, y1)           # 段的另一头（窗外那一侧）
+    seg_len = math.hypot(ix - ox, iy - oy)
+    if seg_len > 1e-6:
+        ux, uy = (ix - ox) / seg_len, (iy - oy) / seg_len
+        ix, iy = ix + ux * min(RETREAT, seg_len * 0.4), iy + uy * min(RETREAT, seg_len * 0.4)
+    edge_pts.setdefault(net, []).append((lay, round(ix, 4), round(iy, 4), w))
+# 主干整条都在窗外的网：取离窗口最近的那个端点，夹到窗边上当落点
+for net in NETS:
+    if net in edge_pts or not outside.get(net):
+        continue
+    best = None
+    for s in cp['segs']:
+        # ⛔ 同样只在 L4 找：窗缘落点分支第一版漏了这条，`FAN_EN` 的落点取到 **L1**，
+        #   而那一层这一带整片是 `+12V` 大铜、格点是 255（多网叠加，谁都不能走），
+        #   于是「起步格点 0 个 ⇒ 出不来」，本机单独验那个坐标却有 16 个可起步 —— 差别就在层。
+        if s[6] != net or s[0] != RB.B.BOTTOM:
+            continue
+        for (px, py) in ((s[1], s[2]), (s[3], s[4])):
+            cx = _clip(px, WIN[0], WIN[2])
+            cy = _clip(py, WIN[1], WIN[3])
+            d = ((px - cx) ** 2 + (py - cy) ** 2) ** 0.5
+            if best is None or d < best[0]:
+                best = (d, s[0], px, py, s[5])
+    if best and best[0] <= 6.0:                    # 主干就在窗边上：直接拿它当落点
+        edge_pts.setdefault(net, []).append((best[1], round(best[2], 4), round(best[3], 4), best[4]))
+    elif best:
+        # ⛔ 主干远在窗外（`FAN_EN` / `FAN_TACH_OUT` 的最近端点在 x≈42~43，**在槽区里面**，
+        #   离窗 14.5~15.6 mm）。**不能**放宽上限去接它 —— 那等于让 A* 从窗口里拉一条 15 mm 的线
+        #   横穿插槽区，正是设窗口要避免的事（上一版 `+3V3` 穿针排就是这么来的）。
+        #   ⇒ 在**窗口边缘**给它一个落点：窗内这一段布到边上为止，窗外那一小段单独接。
+        ex = _clip(best[2], WIN[0] + 0.3, WIN[2] - 0.3)
+        ey = _clip(best[3], WIN[1] + 0.3, WIN[3] - 0.3)
+        edge_pts.setdefault(net, []).append((best[1], round(ex, 4), round(ey, 4), best[4]))
+        print(u'  ⚠ %s 的主干离窗 %.1f mm（在槽区里），只布到窗缘 (%.2f, %.2f)，窗外那段要另接'
+              % (net, best[0], ex, ey))
+
+n_virt = 0
+for net, pts in edge_pts.items():
+    pts.sort(key=lambda q: -q[3])                  # 宽的（主干）优先
+    for (lay, px, py, w) in pts[:2]:               # 每个网最多给两个落点，够 A* 挑
+        bypad.setdefault(net, []).append(
+            ['#trunk', 'edge%d' % n_virt, px, py, 0.3, 0.3, lay, net, 'RECT'])
+        n_virt += 1
+print(u'给跨窗口的网补了 %d 个「主干接口」虚拟落点：%s'
+      % (n_virt, ' '.join(sorted(edge_pts)) or u'无'))
+print(u'窗口 x %.2f~%.2f y %.2f~%.2f；窗口外过路费 %d' % (WIN[0], WIN[2], WIN[1], WIN[3], OUT_PEN))
+for n in NETS:
+    print(u'  %-18s 窗口内 %d 脚 / 窗口外 %d 脚（外面的不参与，只当已有铜的接口）'
+          % (n, len(bypad.get(n, [])), outside.get(n, 0)))
+drop = [n for n in NETS if not bypad.get(n)]
+if drop:
+    print(u'  （这些网窗口内一只脚都没有，跳过：%s）' % ' '.join(drop))
+
+print(u'现有铜 %d 段 / %d 孔' % (len(segs), len(vias)))
+n0, v0 = len(segs), len(vias)
+RT.AUTO_CACHE.clear()
+
+# ⛔ 诊断：`$6N49` / `$6N74` / `$6N45` 这几条链一路报「一根铜都没有」，而窗口空着 85%、
+#   焊盘尺寸与 width_of 都正常 —— 看着不像拥塞，像**布线器压根没处理它们**。
+#   `route_groups` 按线宽分档、逐档调 A*，这里把「每一档收了哪些网」和每档前后的段数打出来，
+#   一眼就能看出某个网是不是从头到尾没进过任何一档。
+_orig_rg = RT.route_groups
+
+
+def _rg(bp, pd, sg, vi, bv, auto, priority=(), only=None):
+    want = set(only) if only is not None else set(bp)
+    seen = {}
+    for net, ps in bp.items():
+        if only is not None and net not in only:
+            continue
+        seen[net] = round(RT.width_of(net, auto, ps), 3)
+    buckets = {}
+    for net, w in seen.items():
+        buckets.setdefault(w, []).append(net)
+    print(u'  分档（线宽 → 网）：')
+    for w in sorted(buckets, reverse=True):
+        print(u'    %.3f mm: %s' % (w, ' '.join(sorted(buckets[w]))))
+    miss = sorted(want - set(seen))
+    if miss:
+        print(u'  ⚠ 这些网在 only 里却没进任何一档：%s' % ' '.join(miss))
+    before = len(sg)
+    out = _orig_rg(bp, pd, sg, vi, bv, auto, priority=priority, only=only)
+    print(u'  route_groups 共产出 %d 段' % (len(sg) - before))
+    by = {}
+    for s in sg[before:]:
+        by[s[6]] = by.get(s[6], 0) + 1
+    for net in sorted(seen):
+        print(u'    %-18s %s' % (net, (u'%d 段' % by[net]) if net in by else u'⛔ 0 段'))
+    return out
+
+
+RT.route_groups = _rg
+# ⛔ 顺序决定成败：`route_groups` 按「出口数少 → 跨度大」排，`$6N49` 排在 `FAN_12V_SW`(37 段) 之后，
+#   走廊被先布的线占掉 ⇒ 它四只脚**两两直连全被挡**（本机实测 −0.499 ~ +0.139，最好的一对差 0.011），
+#   报「一根铜都没有」，看着像板子挤，其实是顺序。router 自己的注释里记过同一个坑
+#   （"同样的摆位，先布它就通"）。⇒ 把这几条挤在一起的本地链**顶到 priority 最前面**。
+PRI = tuple(CFG.get('priority') or ()) + tuple(n for n in NETS if n not in (CFG.get('priority') or ()))
+print(u'布线优先级：%s' % ' '.join(PRI[:6]))
+logs = RT.route_groups(bypad, pads, segs, vias, board_vias, {},
+                       priority=PRI, only=set(bypad))
+if logs and '--repair' in sys.argv:
+    print(u'  还剩 %d 条没布通，拆线重布（只拆本次新布的）' % len(logs))
+    segs, vias, logs = RT.repair(bypad, pads, segs, vias, logs, board_vias, {}, n0, v0)
+
+new_s = [list(s) for s in segs[n0:]]
+new_v = [list(v) for v in vias[v0:]]
+print(u'新增 %d 段 / %d 孔' % (len(new_s), len(new_v)))
+for m in logs:
+    print(u'  [!] ' + m)
+
+# 连通性只看窗口内的脚（窗口外的主干本来就通）
+chk = [q for q in RB.check_pads(pads) if q[7] in set(bypad) and in_win(q[2], q[3])]
+left = RT.check_connected(chk, segs, vias)
+print(u'连通性（窗口内口径）：%s' % (u'全通' if not left else left))
+
+# 跑出窗口的新铜要点名 —— 这是这套办法最该盯的失败模式
+stray = [s for s in new_s if not (in_win(s[1], s[2], 0.5) and in_win(s[3], s[4], 0.5))]
+print(u'跑出窗口的新线段：%d%s' % (len(stray), u' ⚠' if stray else u' ✓'))
+for s in stray[:8]:
+    print(u'    %s L%s (%.2f,%.2f)->(%.2f,%.2f)' % (s[6], s[0], s[1], s[2], s[3], s[4]))
+
+json.dump({'window': list(WIN), 'nets': NETS, 'segs': new_s, 'vias': new_v,
+           'logs': list(logs), 'unconnected': list(left), 'stray': len(stray)},
+          io.open(os.path.join(HERE, '_base_window_repair.json'), 'w', encoding='utf-8'),
+          ensure_ascii=False)
+print(u'已写 _base_window_repair.json')
diff --git a/.claude/r2/silk_base.py b/.claude/r2/silk_base.py
new file mode 100644
index 0000000..47acfd7
--- /dev/null
+++ b/.claude/r2/silk_base.py
@@ -0,0 +1,190 @@
+# -*- coding: utf-8 -*-
+u"""底板**位号丝印**的重排与下发。
+
+    /c/Python314/python .claude/r2/silk_base.py            # 只算 + 体检（改前 / 改后对照）
+    /c/Python314/python .claude/r2/silk_base.py --push     # 下发（pcb_PrimitiveAttribute.modify）+ 读回核对
+
+## 判据
+
+位号文字框（字高 `fs`、字宽 ≈ 0.62×字高×字符数，`alignMode=3` 居中）不许：
+① 压同面焊盘（顶层丝印 layer 3 对 L1 + 通孔盘；底层 layer 4 对 L4 + 通孔盘）
+② 压过孔 ③ 越板框（留 `EDGE` 0.5） ④ 与别的位号重叠
+
+⚠ **大件（本体 ≥ 5 mm）的位号保留原位**：五个插槽的位号故意放在槽体西侧 x=28（离本体 21 mm），
+  那是设计，不是问题；U20 / 电解 / 座子同理。它们先占位，小件绕开它们。
+
+⚠ 位号必须**紧挨器件**才有意义 ⇒ 离本体外框有硬上限 `MAXD`。够不着就降级：
+  理想位 → 允许压过孔 → 允许压焊盘 → 保留原位。单纯"找个空地"会把位号甩到十几毫米外。
+
+⚠ `rotation` 字段单位是**度且不归一化**（900 = 180°），读回要 `%% 360`。
+"""
+import io
+import json
+import math
+import os
+import sys
+
+sys.stdout.reconfigure(encoding='utf-8')
+HERE = os.path.dirname(os.path.abspath(__file__))
+sys.path.insert(0, os.path.dirname(HERE))
+sys.path.insert(0, HERE)
+from eda import run                                              # noqa: E402
+import pcb_base as B                                             # noqa: E402
+import place_base as PL                                          # noqa: E402
+
+MIL = 0.0254
+SNAP = os.path.join(HERE, '_base_silk.json')
+PLAN = os.path.join(HERE, '_base_silk_plan.json')
+CHAR_W, EDGE, GAP, MAXD = 0.62, 0.5, 0.15, 2.2
+# ⛔ 保留原位的**显式名单**（位号故意远离本体，不是问题）：
+#   五个插槽的位号放在槽体西侧 x=28（离本体 21 mm）、U20 让开天线净空、
+#   顶面件与板边 USB-C 的位号只能朝板内放。
+#   ⚠ 别用「本体 ≥ 5 mm」当判据：那会把 R9A(7.4×3.5) / D3(6.8×2.2) / U13(2.3×5.8)
+#     这些**该重排**的中等件也豁免掉 —— 实测残留 25 个里有 18 个是这么来的。
+KEEP = {'J34', 'J35', 'J36', 'J37', 'J38', 'U20',
+        'J26', 'J27', 'J33', 'C2', 'C3', 'J1', 'J23'}
+
+READ = u"""
+await eda.dmt_EditorControl.openDocument('%s');
+await new Promise(r=>setTimeout(r,2500));
+const M = 0.0254, nrm = v => ((v %% 360) + 360) %% 360;
+const A = (await eda.pcb_PrimitiveAttribute.getAll()||[]).filter(a=>a.key==='Designator')
+  .map(a=>({ref:a.value, lay:a.layer, x:a.x*M, y:a.y*M, rot:nrm(a.rotation),
+            fs:a.fontSize*M, vis:a.valueVisible?1:0, id:a.primitiveId}));
+const C = (await eda.pcb_PrimitiveComponent.getAll()||[])
+  .map(c=>({ref:c.designator, x:c.x*M, y:c.y*M, rot:nrm(c.rotation||0), lay:c.layer}));
+const V = (await eda.pcb_PrimitiveVia.getAll()||[]).map(v=>[v.x*M, v.y*M, String(v.net), v.diameter*M]);
+return {attrs:A, comps:C, vias:V};
+""" % B.PCB
+
+
+def snap():
+    r = run(READ, timeout=600)
+    d = r.get('result')
+    assert d, json.dumps(r, ensure_ascii=False)[:400]
+    io.open(SNAP, 'w', encoding='utf-8').write(json.dumps(d, ensure_ascii=False))
+    return d
+
+
+def tbox(ref, x, y, rot, fs):
+    h = fs
+    w = CHAR_W * h * len(ref)
+    if rot in (90, 270):
+        w, h = h, w
+    return (x - w / 2., y - h / 2., x + w / 2., y + h / 2.)
+
+
+def ov(p, q):
+    return not (p[2] <= q[0] or q[2] <= p[0] or p[3] <= q[1] or q[3] <= p[1])
+
+
+def plan(d, pads, sz):
+    comp = {c['ref']: c for c in d['comps']}
+    V = d['vias']
+    padsL = {3: [p for p in pads if p[6] in (1, 12)], 4: [p for p in pads if p[6] in (2, 12)]}
+
+    def hit_pad(bb, lay):
+        return any(ov(bb, (p[2] - p[4] / 2., p[3] - p[5] / 2., p[2] + p[4] / 2., p[3] + p[5] / 2.))
+                   for p in padsL[lay])
+
+    def hit_via(bb):
+        return any(ov(bb, (v[0] - v[3] / 2., v[1] - v[3] / 2., v[0] + v[3] / 2., v[1] + v[3] / 2.))
+                   for v in V)
+
+    def outside(bb):
+        return bb[0] < EDGE or bb[1] < EDGE or bb[2] > B.BW - EDGE or bb[3] > B.BH - EDGE
+
+    placed, out, stat = [], {}, {}
+    for a in d['attrs']:
+        if a['vis'] and a['ref'] in KEEP:
+            placed.append((a['lay'], tbox(a['ref'], a['x'], a['y'], a['rot'], a['fs'])))
+            stat[u'白名单保留'] = stat.get(u'白名单保留', 0) + 1
+    small = [a for a in d['attrs'] if a['vis'] and a['ref'] not in KEEP]
+    small.sort(key=lambda a: -(sz.get(a['ref'], (1, 1))[0] * sz.get(a['ref'], (1, 1))[1]))
+    for a in small:
+        ref, c, lay, fs = a['ref'], comp.get(a['ref']), a['lay'], a['fs']
+        if not c:
+            continue
+        w, h = sz.get(ref, (1.0, 1.0))
+        if int(round(c['rot'])) % 180:
+            w, h = h, w
+        best, level = None, None
+        for lv in (0, 1, 2):
+            r = 0.0
+            while r <= MAXD and best is None:
+                for ang in (90, 270, 0, 180, 45, 135, 225, 315):
+                    for rot in ((0, 90) if ang in (0, 180) else (0,)):
+                        tw, th = CHAR_W * fs * len(ref), fs
+                        if rot == 90:
+                            tw, th = th, tw
+                        ca, sa = math.cos(math.radians(ang)), math.sin(math.radians(ang))
+                        if abs(ca) <= 0.7 and abs(sa) <= 0.7:
+                            off = math.hypot(w / 2. + tw / 2., h / 2. + th / 2.) + GAP + r
+                        elif abs(ca) > 0.7:
+                            off = w / 2. + tw / 2. + GAP + r
+                        else:
+                            off = h / 2. + th / 2. + GAP + r
+                        x, y = c['x'] + off * ca, c['y'] + off * sa
+                        bb = tbox(ref, x, y, rot, fs)
+                        if outside(bb) or any(b[0] == lay and ov(bb, b[1]) for b in placed):
+                            continue
+                        if lv < 2 and hit_pad(bb, lay):
+                            continue
+                        if lv < 1 and hit_via(bb):
+                            continue
+                        best, level = (round(x, 4), round(y, 4), rot, bb), lv
+                        break
+                    if best:
+                        break
+                r += 0.25
+            if best:
+                break
+        if best:
+            placed.append((lay, best[3]))
+            out[ref] = {'x': best[0], 'y': best[1], 'rot': best[2], 'id': a['id'], 'lay': lay}
+            k = [u'理想位', u'允许压过孔', u'允许压焊盘'][level]
+            stat[k] = stat.get(k, 0) + 1
+        else:
+            stat[u'无解（保留原位）'] = stat.get(u'无解（保留原位）', 0) + 1
+    return out, stat
+
+
+def main():
+    d = snap()
+    pads = json.load(io.open(os.path.join(HERE, '_base_pads.json'), encoding='utf-8'))
+    sz = PL.sizes()
+    p, stat = plan(d, pads, sz)
+    io.open(PLAN, 'w', encoding='utf-8').write(json.dumps(p, ensure_ascii=False, indent=0))
+    print(u'位号 %d（可见 %d）；重排 %d 个' % (len(d['attrs']), sum(a['vis'] for a in d['attrs']), len(p)))
+    for k, v in sorted(stat.items(), key=lambda t: -t[1]):
+        print(u'   %-14s %d' % (k, v))
+    if '--push' not in sys.argv:
+        print(u'（只算；加 --push 下发）')
+        return
+    rows = [[v['id'], v['x'] / MIL, v['y'] / MIL, v['rot']] for v in p.values()]
+    n = 0
+    for k in range(0, len(rows), 60):
+        r = run(u"""
+await eda.dmt_EditorControl.openDocument('%s');
+await new Promise(r=>setTimeout(r,1500));
+const R = %s;
+let n = 0;
+for (const [id, x, y, rot] of R) {
+  try { await eda.pcb_PrimitiveAttribute.modify(id, {x: x, y: y, rotation: rot}); n++; } catch (e) {}
+}
+return n;
+""" % (B.PCB, json.dumps(rows[k:k + 60])), timeout=600)
+        n += r.get('result') or 0
+    run(u"await eda.pcb_Document.save(); return 1;", timeout=300)
+    print(u'  modify 成功 %d / %d' % (n, len(rows)))
+    # 读回核对
+    d2 = snap()
+    now = {a['ref']: a for a in d2['attrs']}
+    bad = [k for k, v in p.items()
+           if k not in now or abs(now[k]['x'] - v['x']) > 0.02 or abs(now[k]['y'] - v['y']) > 0.02
+           or int(now[k]['rot']) % 360 != v['rot'] % 360]
+    print(u'读回核对：%d 个对上，%d 个没对上 %s' % (len(p) - len(bad), len(bad), bad[:10]))
+
+
+if __name__ == '__main__':
+    main()
diff --git a/PROGRESS.md b/PROGRESS.md
index 77e53c6..dbad943 100644
--- a/PROGRESS.md
+++ b/PROGRESS.md
@@ -5,8 +5,1094 @@
 - **以后所有 PCB 布线运算都用 `10.5.5.13` 服务器跑。** 本机仅做快照、结果校验、
   EasyEDA 下发与 DRC，不再做完整重算或局部 D± 试算。
 - 底板入口为 `.claude/r2/remote_route.ps1`；`route_base.py` 已加本机硬阻断，避免新会话误跑。
+- **刀片**入口为 `bash .claude/r2/remote_blade.sh ['变体' ...]`（2026-09-11 新加）；`router.py --replan/--pf` 同样本机硬阻断。
 
-## ⭐⭐⭐ 下次从这里开始（2026-09-10 夜，清上下文前写）
+## ⭐⭐⭐⭐⭐⭐⭐⭐⭐⭐⭐⭐⭐ 2026-09-12（定版）：底板以**用户自己布好的那版**定稿 + 位号丝印重排（已下发）
+
+用户：「按当前 eda 中底板状态定版，优化丝印放置」「现在 eda 中是我已经布好了的」
+⇒ **铜不再动**（下面那一节我下发的窗口重布之后，用户又自己布过；板上 2060 段 / 671 孔是用户的版本）。
+
+⚠ 因此下面那节里「22 个缝合孔压内层线、准备删掉」的收尾**作废**：按坐标去板上找，一个都不在了
+（`deleted 0` 是没误删，不是失败）。要复查 DRC 请以板上当前状态重跑。
+
+### 位号丝印重排（`silk_base.py`，已下发并读回核对）
+
+板上 164 个位号（`pcb_PrimitiveAttribute` 里 `key=='Designator'` 那条），字高统一 1.143 mm、
+居中、不镜像；顶层 10 / 底层 153 可见（`C743` 不可见，保持）。**板上没有元件外框丝印**，只有位号。
+
+| 判据 | 改前 | 改后 |
+|---|---|---|
+| 压同面焊盘 | **128** | **4** |
+| 压过孔 | 48 | 8 |
+| 越板框 | 8 | 3 |
+| 互相重叠 | 34 对 | **0** |
+
+重排 150 个（理想位 143 / 降级压过孔 4 / 降级压焊盘 3），白名单保留 13 个；
+`modify` 150/150 成功，**读回 150 个逐个对上、0 个没对上**。离本体平均 2.19 / 最远 6.97 mm。
+
+**三条坑**（细节见 R2 §39）：
+1. `rotation` 是**度且不归一化**（900=180°、720=0°）。按 ×10 读会得到「9°/18°/27°」这种
+   看着像真的、其实全错的朝向分布。
+2. **别拿「本体 ≥5 mm」当保留白名单** —— 会把 `R9A`/`D3`/`U13` 这些该重排的中等件豁免掉
+   （残留 25 个里 18 个是这么来的）。改成显式名单 `silk_base.KEEP`（五个插槽 + U20 + 顶面件 + 板边 USB-C）后残留 25 → 12。
+3. **「离本体」要设硬上限**（2.2 mm）+ 降级策略。不设的话贪心会把位号甩到十几毫米外的空地
+   （实测最远 22.2 mm），对装配毫无指向性。
+
+可行性先算过：现字高下 163 个里 161 个有解 ⇒ **不用缩字号**。
+
+## ⭐⭐⭐⭐⭐⭐⭐⭐⭐⭐⭐⭐ 2026-09-12（收尾）：按用户最新布局**重布风扇窗口并已下发** —— 窝内只差 J27.4
+
+用户：「将底板按照现在我的布局重新布线」→ 选「风扇窗口整体重布（拆掉那 43 段重来）」+「GND 回流孔一起补」。
+
+**动手前查清的板上现状**（只读抓板，`_snap_outer/_snap_inner`）：
+- 板上铜与 10:31 快照一致，**变的只有摆位**；用户在 10:56 之后又挪了 11 件（`D2 DZ3 J27 Q9 R746 R750 R751 R752 R753 R754 R757`）。
+- 板上比快照**多 43 段，全在风扇窗口里** —— 是**用户自己在客户端手布的**（已按用户选择拆掉重来）。
+- 新摆位不压任何异网焊盘；唯一压铜处 `R754.1` 压 `FAN_12V_SW` **−0.271**（属待拆网，自解）。
+- ⚠ **API 回的是 mil，不是 mm**（抓板脚本第一版漏了 ×0.0254 ⇒ 连通性判据全错、每只脚都报"未接"）。
+
+### ⭐ 这一轮最有价值的发现：**L1 走廊是按旧摆位开的**
+
+`pcb_base.PD_L1` 里那四条走廊的注释写着 `R748.1(18.2,91.0)` / `R757.2(27.2,93.0)` —— 都是**旧坐标**。
+用户重摆后 `R748.1` 到了 (5.13,73.91)、`R757.2` 到了 (18.11,83.57)，**走廊和件对不上**，
+而 A6 那一带 L1 整片是 12V 主块、L4 被 22 件占满 ⇒ 四条长途网必然布不通。这就是根因，不是布线器参数问题。
+- 重开走廊后未完成 **4 → 3 → 2**（`FAN_EN` 一条就从 0 段变 11 段并布通）。
+- ⚠ **走廊必须盖住焊盘正上方**：只盖"沿途"不行（那只脚得先在 L4 挪到走廊下方才打得了孔）。
+  v1 只盖沿途 = 3 条未完成，v2 盖住焊盘 = 2 条。
+- ⚠ L4 逐 x 扫过：**没有一条彻底堵死**（最窄也有 0.9 mm 纵向空隙）⇒ 布不通不是"墙"，是单层绕不过来。
+- 新走廊六条（已固化进 `pcb_base.PD_L1`），逐 y 断面 11.80 mm；**铺铜后实测 L1 12V 主块最窄 9.82 mm**（§6.4 要 8.0）。
+- 再次印证「priority 是按下葫芦浮起瓢」：顶 `FAN_EN` 到最前 ⇒ 它通了、`FAN_TACH_IN` 掉了，总数不变。**别再调**。
+
+### 板上最终状态（都已下发、读回核对过）
+
+| 项 | 数 |
+|---|---|
+| 拆 | 43 段（窗口内 8 个网，用户手布的那批） |
+| 补 | **139 段 / 7 孔**（`_base_window_repair.cor2.json`） |
+| GND 回流孔 | **10 个**（10 只脚全找得到落点；vs 内层 116 段手布线净距全达标） |
+| 缝合过孔 | 新增 25 个 |
+| 板上合计 | 外层 1960 段 / 内层 116 段 / 过孔 669 |
+
+校验：`fan_check` 对**板上真实快照**逐项净距达标（线 ≥0.15 / 钻孔 ≥0.25 / 含"新孔 vs 内层线"）；
+全部 669 个过孔 vs 本轮新线异网净距 **0 处** < 0.15；铺铜自检全过、三条断面全过。
+
+### ✅ 与拆线前逐网对比：本轮**没引入任何新的连通性问题**
+
+用拆线前快照（`_base_board_pre_fanwin_0912.json`）按同一套并查集判据算，前后对照：
+
+| 网 | 拆线前 | 现在 |
+|---|---|---|
+| `GND` | 186 块 / 未接 58 | 196 块 / **未接 48**（补了 10 个回流孔） |
+| `FAN_PWM_L` | 0 块 / 未接 3 | 1 块 / 未接 1 |
+| `FAN_TACH_IN` | 1 块 / 未接 2 | 2 块 / **未接 0** |
+| `FAN_TACH_OUT` | 2 块 / 未接 1 | 2 块 / **未接 0** |
+| `+3V3` | 4 块 / 未接 2 | 4 块 / **未接 0** |
+| `+12V` | 11 块 / 未接 15 | 11 块 / 未接 15（**一字不差**） |
+| `XTAL1` / `XTAL2` | 3 / 4 块 | 3 / 4 块（老误报，圆弧读不回） |
+
+⇒ `board_check` 现在 **113 / 121**，比历史基线 118/121 多的 5 条里，3 条是下面的风扇遗留，
+另 2 条（`+3V3` 分块、`+12V` 的 `DZ3.1`）**拆线前就存在**。
+（还核过一件事：这 8 条与「我把 `_base_routes.json` 换成板面版」无关 —— 还原缓存后重跑，输出一字不差。）
+
+### ⛔ 还差的（如实交接）
+
+1. **`FAN_PWM_L`: J27.4 一根铜都没有**（窝内唯一没接上的脚）。已排除：走廊没盖到（盖了）、
+   落不下换层孔（0.25 mm 处就能落）、L1 不可达（泛洪 686 个格点可达）。**剩下的怀疑对象是 A\* 自己**。
+2. **三条到 U20 的窗外段**（`FAN_EN` / `FAN_TACH_IN` / `FAN_TACH_OUT`）：窗内已布到窗缘，
+   缺口 15.6 / 17.7 / 16.6 mm，中间是槽体 x 28~70 的**手焊 1 mm 针排**，按设计不许穿 ⇒ 本来就留给窗外单独接。
+   ⚠ 这三条**拆线前也没通**，不是这一轮弄断的。
+3. `FAN_TACH_IN` 窝内只有 `Q9.3↔R753.2` 那一段（2 段）。
+
+### 这一轮沉淀的工具
+
+| 文件 | 用途 |
+|---|---|
+| `l1_section.py` | L1 12V 主块的**逐 y 水平断面**核算（§6.4 ≥ 8.0）。横带很贵、竖带几乎免费；`--cfg` 核 `_base_window.json` 里的候选走廊 |
+| `fan_rip.py` | 按窗口 + 网名拆窗口内旧铜，**拆前后比对全板线 / 孔总数**（防连带删除） |
+| `repair_window.py` 的 `pd_l1_extra` | 走廊改成跟着 `_base_window.json` 走，试一组不用改 `pcb_base.py`（服务器单轮 1.5 s） |
+
+⚠ **EasyEDA 会合并线段**：拆线点名 43 段、实际外层只少 42（`FAN_PWM` 主干被延长）；
+下发 139 段、板上净增 142，有 8 段"按坐标找不到" —— 逐段核过**全部被同网同层的铜覆盖，真缺失 0**。
+⇒ 下发/拆线后不能只按坐标比对，要按"几何是否被覆盖"判。
+
+⚠ `_base_routes.json` 现在是**板面版**（为 `pour_base` 的缝合避让与断面校核换的），
+原布线器缓存备份在 job tmp `_base_routes.orig.json`。⛔ 别拿板面版去 `--push`。
+
+## ⭐⭐⭐⭐⭐⭐⭐⭐⭐⭐⭐ 2026-09-12（续）：风扇区按用户摆的座位重排 —— **布局已下发，布线差 5 条**
+
+用户在客户端把两只座挪成 **rot90 竖放并排**（J26 (4.572, 85.852) / J27 (10.795, 85.852)，顶面），
+要求「按我现在摆放的风扇座位置，重新布局其外围器件」。
+
+**已完成**：
+- 两只座**各南移 2.61 mm**（用户 2026-09-12 拍板）：J26 (4.572, **83.240**, rot90) / J27 (10.795, **83.240**, rot90)，
+  本体 y 78.14~88.34 ⇒ **完全退出 J34 那片刀片**（原来各重叠 1.60 mm），两座净距 1.22 mm。
+- A6 那 22 件（`place_base.FAN_REFS`）按新座位重排并下发（`--only-fan --fan-gap 2.5`，**链成组**版）+ R751/R752 微调
+  （1.25 / 0.50 mm，网格对齐）。读回逐件对上；**四项净距核查全 0**，其中「焊盘压板上现有铜」也是 **0 处**（原先 8 处）。
+- `R753.1` 的 `+3V3` 支线已补（3 折 Z 形，净距 0.456）。
+
+**板上最终状态**（2026-09-12 收尾，已与客户端读回核对一致）：
+164 件 / 顶面 10 件（`C2 C3 J26 J27 J33` + 五个插槽）/ 铜 **1936 段**（其中内层 119）/ 过孔 **629**。
+- 两只座：`J26 (4.572, 83.240, rot90, L1)` / `J27 (10.795, 83.240, rot90, L1)`，已退出刀片、净距 1.22。
+- 风扇 22 件按你摆的座位重排并下发（含「链不跨列」判据），**焊盘压现有铜 0 处**；
+  `$6N49` 四只脚 x=13.55/19.25/22.75/26.00，**全在 J27 通孔列以东**。
+- 重布窗口 `x 0.50~27.60 / y 73.53~97.50`（东界压在槽体 28.0 之前）：**已拆空**，
+  只剩必须保住的 `$2N74` 2 段。⇒ 这一窝的 14 个网**区内是断的，等重布**。
+- ⛔ 十轮试算**没有一版下发**，全部隔离在 `$CLAUDE_JOB_DIR/tmp/*_REJECTED.json`；
+  板面未被任何一版污染（客户端读回 1936/629 与输入快照逐项一致）。
+
+**⛔ 还没做完**：这一窝 14 个网的布线。区内旧铜已拆 49 段，补线算到 149 段 / 17 孔，
+但 **5 条没布通**（`$6N64:Q9.1`、`FAN_TACH_IN:R753.2`、`FAN_TACH_OUT:Q10.3/R757.2`、`FAN_EN:R748.1`），
+且有 1 条净距 0.076（`$6N49` 距 DZ3.1）⇒ **一段都没下发**，板上这一窝现在是「件已重排、线是断的」。
+
+⚠ **座子本体与 J34 那片刀片重叠 1.60 mm**（本体 y 80.75~90.95，刀片板面 y 88.84~90.44）。
+  两只各南移 **2.61 mm**（中心 y → 83.24）即完全退出，且焊盘不压任何背面件 —— **等用户定**。
+
+### 布不通的根因（已定位，不是随机现象）
+
+1. **A6 那一带只有单层可用**：L1 整片是 `+12V` 主块（x 0.5~27.8 / y 0.5~97.5）⇒ 过孔上得去但走不动，
+   而 L4 被 22 件占满。扫了 800 个座子落位 + 4 套布局间距（gap 1.5/2.0/2.5/3.0）都布不通。
+2. **`PD_L1` 开走廊有效但不够**：新增三条（`FAN_TACH_OUT` 贴东缘竖带 + `FAN_EN` / `FAN_PWM` 短横带）
+   把未完成从 6 压到 5。⚠ **指头只在主块以东 x > 27.50**，主块内部没有指头 ⇒ 竖带不碰供电路径；
+   三条叠加后逐 y 最窄断面 **12.80 mm**（§6.4 要 8.0）。
+3. **排布器把本地链拉散了**（真正的瓶颈）：`sat_target` 让每个件各自去贴「同网锚脚」，
+   而 Q9 同时挂 `$6N64`(本地) 和 `FAN_TACH_IN`(跨区→U20)，大件先摆时被拉到东缘 x≈25，
+   小电阻 R751/R752 后摆只好贴西边座子上的 `FAN_IN_TACH_RAW` ⇒ **同一条 `$6N64` 拉成 23.8 mm**。
+   已加 `local_nets()` + 「本地链优先」排序键，但**没有效果** —— 因为 `FAN_IN_TACH_RAW` 自己也是本地链，
+   键没有区分度。**真正要改的是摆放顺序**（让同一条本地链的件连续摆、后摆的优先贴先摆的那件），
+   不是排序键。⇒ 已实现（`chain_id()` 并查集 + `_ord` 让同链连续摆 + `sat_target` 的 `same_chain` 键），
+   实测链距合计 **99.3 → 65.7 mm**（`$6N64` 23.8→6.8、`$6N74` 21.6→5.0）。
+   ⚠ 并链时要**只并小链**：脚数 ≤ `CHAIN_MAX_PINS`(4) 且不含手排锚件（`TOP_EXTRA`）——
+   第一版没这两条过滤，`FAN_12V_SW`（7 脚，串起 C738/D2/两只座/Q7/R750/R754）把整窝 22 件并成**一个组**，等于没加。
+4. **⛔ 排布器根本不看板上已有的铜**（2026-09-12 新发现，最隐蔽的一条）：它只避「别的件 + 禁区」。
+   于是在**已经布过线**的板上重排时，R751 / R752 被直接摆到既有的 `+3V3` 走线上（实测净距 **−0.14 / −0.03**），
+   A* 报「R751.1 出不来」，看着像那一带太挤 —— 其实摆位阶段就把件放到铜上了，而且这本身就是 DRC 违规。
+   ⇒ 已加 `track_blocks()`。**必须只给正在重排的那个分区加**：`blockers()` 是全板口径，
+   在那儿加会让别的分区的件（C607/C610/C611/C10…）也被现有铜挡住 —— 实测自检 17 → 139 条、3 件没摆。
+   加在 `plan()` 的 `zfixed`（`zone == 'A6'`）才对。
+
+**验收这一窝的布局要过四项**（缺一项就会在 DRC 或 A* 里以别的面目冒出来）：
+① vs 五个顶面通孔件（**跨层**，焊盘穿透两层）② vs 其余背面件 ③ 22 件彼此 ④ **vs 板上现有铜**。
+
+5. **⛔ 删线会连带清掉过孔和它在内层的延续**（2026-09-12 实测）：点名删 6 段，读回发现
+   **线少了 12 段、孔少了 8 个** —— 多掉的 6 段全在 **L15/L16**（`$6N48` / `$6N64` / `$6N45`），
+   8 个孔也都是这几个网的换层孔。删掉外层那一段后，过孔失去连接，客户端把孔连同它在内层的延续一并清理。
+   ⇒ **拆线前后都要比对全板线/孔总数**，不能只数自己点名的那几段；这几个网原本靠内层换层，
+   路径被连带清掉之后补线立刻从 8 条退到 12 条没通（那一版还顺手把 `+3V3` 也带断了）。
+
+### ⚠ 迭代到此为止的实测数据（别再盲目重排）
+
+| 布局 | 补线未完成 |
+|---|---|
+| gap2.5，不链成组、不避铜 | **5 条**（最好） |
+| gap2.5，链成组、不避铜 | 8 条 |
+| 避铜 + gap 2.0 / 2.5 / 3.0 / 3.5 | 11 / 8 / 10 / **6** |
+| 链成组 + 拆掉被压的 6 段 + 带 `+3V3` 一起补 | 12 条（内层换层路径被连带清掉） |
+
+6. **⛔ `+3V3` 这种全板大网不能交给 `repair_base` 整网重布**（2026-09-12 实测）：
+   只因为拆了 4 段就把它列进待补网，布线器把新的 `+3V3` 线**从 J34~J37 插槽针排的焊盘中间穿过去**
+   （`fan_check` 实测十几处 **−0.2**，还压 U13.7 −0.449）。插槽是 1 mm 间距针排、**手焊**，
+   在那里乱穿是致命的。⇒ 大网只在**出问题的局部**补（几条短线手画 + `fan_check` 核净距），
+   别整网交给 A*。那一版结果已挪到 `$CLAUDE_JOB_DIR/tmp/fan_repair_with3v3_REJECTED.json`，**不要下发**。
+
+7. **窗口内整体重布**（用户 2026-09-12 选）：`repair_window.py` + `remote_repair_window.sh`。
+   做法是把 `bypad` **只装窗口内的脚**（窗口外的同网铜留在占用图里当接口），窗口外加过路费 `OUT_PEN`。
+   ✅ 窗口约束**有效**：新线「跑出窗口 0 段」，`+3V3` 再没穿插槽针排。
+   ❌ 但未完成仍是 10 条。**两条被排除的假说**：
+   - 「面积不够」——窗口 538 mm²，焊盘圈占 17% / 件本体 14%，**走线余量只用了 15%**（147 / 953 mm）。
+   - 「0.25 网格下出口格点不够」——`--grid 0.125` 实测 111 → 116 段，**失败脚一模一样**，无改善。
+   ⇒ 剩下的怀疑对象是**布线器自身**（分档 / 宽度 / 过路费），不是板子挤。下次从这里查，别再重排。
+
+   **✅ 两条线索都查到底了**（`repair_window.py` 里加了「每一档收了哪些网 / 每个网产出几段」的诊断输出，
+   一跑就看出来）：15 个网全部正常进了 0.150 mm 那一档、`route_groups` 也确实跑了（产出 119 段），
+   但其中 **6 个网一段都没产出**，而且分成**两种完全不同的病**：
+
+   - **「窗外还有脚」的 5 个网（`FAN_EN` / `FAN_PWM` / `FAN_TACH_IN` / `FAN_TACH_OUT` / `+3V3`）
+     —— 是 `repair_window.py` 第一版的设计缺陷**。我原以为「窗外的同网铜留在占用图里，
+     A* 碰到就算到达」，**不成立**：`route_groups` 布的是 `bypad[net]` 里的脚**两两相连**，
+     窗外主干根本不是它的终点判据。于是 `FAN_PWM`/`FAN_EN` 窗内只剩 1 只脚 ⇒ 跨度 0、无事可做；
+     两路 TACH 和 `+3V3` 的窗内两只脚彼此并不需要连。**对照很干净：窗外脚数为 0 的 8 个网全部正常产出**。
+     ⇒ 修法：把主干在**窗口边界处的端点**做成虚拟焊盘塞进 `bypad`（同 `route_base` 喂金手指 launch 点的办法）。
+     ⚠ 主干远在窗外的（`FAN_EN` / `FAN_TACH_OUT` 最近端点在 x≈42~43，**在槽区里**，离窗 14.5~15.6 mm）
+     **不许**放宽上限去接 —— 那等于从窗口里拉一条 15 mm 的线横穿插槽区，正是上一版 `+3V3` 穿针排的老路；
+     只在**窗缘**给个落点，窗外那一小段另接。
+   - **⛔ `$6N49` 的真因：J27 的通孔盘列把这条链劈成了东西两半**（顶进 `priority` 最前也没用，仍 0 段）。
+     两只座 rot90 竖放后四只脚排成**一列**（J26 x=4.57 / J27 x=10.79，y 79.43~87.05），
+     而 `$6N49` 的脚跨 x 8.00~13.93 —— `DZ3.2`/`R746.1` 在西、`Q7.1`/`R747.2` 在东，
+     所有东西向连接都要绕过那列 1.6 mm 的通孔盘。本机绕行验证吻合：三对有路（净距 0.34~0.51），
+     只有 `R746.1→R747.2` 无路（0.107）。**不是没救，是要绕，而 A* 在默认代价下不肯绕那么远。**
+     ⇒ 真正的解法在**摆位层面**：别让同一条本地链跨过座子的通孔列。
+     已加判据 **`place_base.chain_split_by()`**（`selfcheck` 报警 + `plan()` 挑位置时排除，只在 `--only-fan` 下启用）。
+     写这条判据踩了三次，每次都是「粒度」错：
+     ① 按 `chain_id()` 的**并查集组**判 ⇒ `$6N48` 共用 `Q8`/`R747`，把 `$6N45+$6N48+$6N49` 传染成
+        一条 7 件大链（横跨 x 8~18，被劈是必然的，报出来也没法处理）⇒ 改成**按网**判；
+     ② 按网判之后误报 10 件 ⇒ `FAN_12V_SW` / `FAN_PWM_L` 这些网**一端本来就接在座子上**（J26.2/J27.2），
+        天生跨列，不是摆位错误 ⇒ 加「本网自己接在这个件上就跳过」；
+     ③ 还要**按座子分别判**：`FAN_IN_TACH_RAW` 接的是 J26，却真的跨 J27 那一列（西2/东1）——
+        「天生跨列」的豁免只对它自己接的那只座成立。
+     ④ 墙**只能由 ≥3 脚的通孔件构成**（`WALL_MIN_PINS`）：`TOP_EXTRA` 里的 C2/C3 是两脚 Φ8 电解，
+        焊盘框同样窄于 3 mm，被当成墙之后，Hub 区的 R712/R719/R725/U32、入口链的 Rs6/U13/R9A
+        这些**隔着半块板**的件全被报「被 C2 劈开」；
+     ⑤ 墙**只管贴着它的那一窝**（`WALL_NEAR = 8.0`）：否则 J26/J27 的列会去劈半块板外的件。
+     最终判据只报 `DZ3` / `R746` / `R747` 三件，对应**一条真被劈的链 `$6N49`**
+     （`FAN_IN_TACH_RAW` 接的是 J26、在 8 mm 范围外，不该算）。
+     ✅ **判据接进 `plan()` 的候选筛选后见效**：重排一次，`$6N49` 从「西2/东2」变成 **西0/东4（同侧）**，
+     四只脚落到 x 13.55~26.00 全在 J27 列以东；四项净距仍全 0、自检回到 17 条（全是板上既有问题）、
+     不带 `--only-fan` 时判据完全不生效（0 条）。布局已下发，读回逐件对上、最大差 0.002 mm。
+     ⚠ `FAN_IN_TACH_RAW` 仍跨 J27 列（西2/东1）—— 它一端就接在 J26 上，脚天生分居两侧，**摆位解不掉**。
+     ⚠ 挪位代价已量化：`DZ3` 挪到列东要走 14.5 mm，会把 `$6N49` 的最近同网脚从 3.55 拉到 8.35 mm，
+     **不划算**；`R746` 只需 4.5 mm、代价 1.7 mm，是划算的那一个。
+   - **`$6N64` 掉段与拥塞无关**：加了虚拟落点那一轮它从 3 段掉到 0 段，但实测三只脚周围
+     挡住出口的是 **0 处**，先布的 `$6N74`(45 段, x 1.75~17.75) 也没盖到它（它在 x 18.25~23.13）。
+     更像 A* 被过路费 / 代价上限劝退，下次查 `route_net` 的返回而不是再调摆位。
+   - ✅ **虚拟落点这一步确实有效**：`+3V3` 0→25 段、`FAN_TACH_OUT` 0→14 段、`FAN_TACH_IN` 0→3 段，
+     总产出 119→157 段，且「跑出窗口 0 段」始终成立。
+
+8. **⛔ `penalize` 是定价，`block_rect` 才是墙**（2026-09-12，这一轮最贵的一条）：
+   窗口外过路费从 40 降到 12（为了让跨窗口的网够得着 U20 那边的主干）之后，
+   `$6N64` / `FAN_EN` 立刻跑到 **x 28.75~32.75 —— 正是槽体 x 28~70 的插槽区**，
+   183 段里 50 段跑出窗口（之前每轮都是 0）。把插槽方向单独提到 `SLOT_PEN = 200` **也没用**：
+   本机实测过路费确实加到了 200（窗口内 0 / 插槽区 200），**A\* 照样钻** ——
+   它宁可付 200 × 若干格也要抄近路，因为窗口内绕不过去。
+   ⇒ 插槽方向必须 `g.block_rect(...)` **封死**，其余三面才用 `penalize` 加价。
+   本机验证：封死后插槽区不可走、窗口内照常可走。
+   ⚠ 代价：`FAN_EN` / `FAN_TACH_OUT` 的主干最西端在 x 42~43（**在槽区里面**），封死之后
+   窗口内接不上它们，只能靠「窗缘落点」布到 x=27.30 为止，**窗外那一小段留给人工**。
+
+9. **窗口要跟着布局重算**：窗口 y 上界原按旧布局的焊盘范围定在 94.33，而「链不跨列」判据把件往北推，
+   于是 D2 / R733 / R749 / R750 四件落到了窗外，它们的脚天然在窗外 ⇒ A\* 出窗是被迫的。
+   重算后窗口 x 0.50~27.60 / y 73.53~97.50（**东界压在槽体 28.0 之前**），22 件全部落回窗内。
+
+   **另外两条已排除 / 已调的**：
+   - `OUT_PEN = 40` 量级偏高：同一套代价体系里 `CHAIN_PEN = 4` / `UNDER_12V_PEN = 6` / `HUG_PEN = 12`。
+     跨窗口的那四个网（`FAN_PWM` / `FAN_EN` / `FAN_TACH_IN` / `FAN_TACH_OUT`，另一端在 U20）
+     必须走出窗口才能碰到主干，**很可能是被这个过路费劝退的**。先降到 6~12 再跑一次。
+     （`router.pen` 是 `bytearray`，0~255，40 不会溢出，不是溢出问题。）
+   - ⛔ **`$6N49` 整条链「一根铜都没有」至今没有解释**：4 只脚全在窗口内、间距 7.4 mm、
+     窗口还空着 85%，焊盘尺寸正常（0.54~1.2）、`width_of` = `rule_width` = 0.15 正常、
+     分档也没问题。`$6N74` / `$6N45` 同样。**这不像拥塞，像布线器根本没处理这几个网** ——
+     下次直接在服务器脚本里打印 `route_groups` 每一档收了哪些网、每个网 A* 的返回值。
+
+### 2026-09-12 收尾：用户自己重摆了整窝，布线随之大幅好转
+
+用户把 24 件全重摆（两只座改回 **rot0 横放**）。这一版**比我做的任何一版都好**：
+四项焊盘级冲突**全是 0**，链距合计从 118 mm 收到 **55.8 mm**（`$6N48` 11.9→1.6、`FAN_OUT_TACH_RAW` 19.3→5.9）。
+⇒ 布局只改一处：`J27` 南移 1.15 mm 到 y=85.840（原本撞槽5刀片面 0.65 mm），南移后四项仍全 0、两座净距 3.45。
+⇒ 窗口跟着重算并**收窄南界到 73.50**：把 A2 那一窝（`$2N70` / `+5V` / `BST3V3`）和 6 段 `+3V3` 排除在外，
+   于是**一段都不用拆**（窗口内只剩必须保住的 `$2N74` 2 段），`R753.1` / `R757.1` 也不会悬空。
+⇒ 窗口重布：**142 段 / 3 孔、未完成 6 条**（此前最好 10 条），跑出窗口 0 段，
+   10 个纯本地网里 8 个全通 —— 先前最顽固的 `$6N49`(10 段) / `$6N64` / `$6N74` 这次都通了。
+
+**剩下 6 条的根因（都已查到底并修进 `repair_window.py`）**：
+1. **窗口内非待布网的焊盘没收过路费** ⇒ 新线贴着它们走：`+3V3` 距 `Q8.3` 只剩 **0.003**、
+   `FAN_OUT_TACH_RAW` 距 `Q10.2` **0.027**，`fan_check` 拦下、整版不可下发。
+   `route_base._pen` 本来就靠 `GND_PEN_PADS`/`LATER_PEN_PADS` 收这笔费，我覆盖 `RT.pen_pads` 时漏了。
+   窗口内这类焊盘只有 15 只（GND 12 + `+12V` 3）⇒ 已加 `_toll_pads()` 并进去。
+2. **虚拟落点取到了 L1** ⇒ 那一层这一带整片是 `+12V` 大铜，格点是 **255（多网叠加，谁都不能走）**，
+   实测 `FAN_EN` 落点「起步格点 0 个」⇒ 造落点时排除 L1，只在 L4 取。
+3. **虚拟落点压在自己的主干线上** ⇒ `FAN_PWM` 落点距主干 **−0.127**，起步格点同样是 0
+   ⇒ 沿主干往窗内退 `RETREAT`(0.75) 再取点。
+4. **过路费的判据是「不是当前正在布的那个网」，不是「不在待布网集合里」**：第一版写成后者，
+   于是 `Q8.3`（网 `$6N48`，本身也在待布名单里）拿不到过路费 —— 实测它周围始终是 0，
+   `+3V3` 的新线就贴着它走到 **0.003**。放宽后 toll 焊盘 15 → 57 只，`Q8.3` / `Q9.1` / `R750.2` 全部收到 10。
+5. **`router.pen_pads` 第一行就是 `g.reset_pen()`**（先清空再打）⇒ 自定义的窗口惩罚**必须加在它之后**。
+   实测：先加窗口惩罚再调 `pen_pads`，窗外过路费被抹成 0；反过来才保住 12。
+5b. **⛔「收费挡不住」第二次印证**：把窗口内别的网的焊盘并进过路费之后，实测 `Q8.3` 周围确实拿到 10，
+   但 `+3V3` 的新线**照样贴到 0.003**、`FAN_OUT_TACH_RAW` 贴 `Q10.2` 0.027 —— 和「插槽方向 `SLOT_PEN=200`
+   照样被钻」完全同源。**`penalize` 只是定价，`block_rect` 才是墙**。
+   ⇒ 改成外扩**封死**。封死立竿见影：未完成 9 → **5 条**，`$6N45`/`$6N49`/`$6N64` 这几条本地链同时布通。
+   ⚠ **外扩量必须按「当前这一档的线宽」算，不能写死**：第一版按 0.15 细线定成 0.10，
+   挡不住 0.40 的 `+3V3`（它半宽就有 0.20）—— 照样贴 `Q8.3` 到 **0.003**。
+   `route_groups` 本来就按线宽分档建图，每档传进来的 `halfw`（半宽+净距）直接用即可。
+   一刀切取最粗的 0.56 会误伤细线：窗口内可走格点 68% → 52%。
+   ✅ **改成 `r = max(PAD_KEEP, halfw)` 之后，`fan_check` 第一次报「全部净距达标」** ——
+   此前每一版都卡在净距上根本不能下发（0.003 / 0.027 / 0.058 之类），
+   **这 107 段是第一个可下发的结果**。未完成 5 → 6 只是换了人，而那个「5 条」的版本本身带违规、下发不了。
+   ⇒ 判断哪一版更好，**先看 `fan_check` 过不过，再看未完成条数**。
+6. **⛔ 顺序这个旋钮是「按下葫芦浮起瓢」，别再拨了**：`$6N64:R751.1` 某一轮突然掉段，实测是被
+   **本轮先布的 `FAN_TACH_IN`** 五条新线围在 0.325~0.500（未违规但占满出口）⇒ 把 `priority` 改成
+   「本地小链 → 窝内网 → 跨区网 → `+3V3`」之后，`FAN_EN` 确实从 0 段变 **24 段**（排除 L1 那条也一并生效），
+   但 **`$6N45` / `$6N49` 反过来掉成 0 段** —— 先布的小链被后布的大网挤掉了出口。
+   三轮下来未完成始终在 6~9 条之间换人，**没有单调改善**。⇒ 下次不要再调 `priority`，
+   要么按下面 ⓑ 从摆位减负，要么接受人工补完。
+
+⚠ `FAN_IN_TACH_RAW` 整网 0 段**不是**被座子通孔列劈开（判据报「无」，三只脚同侧、出口也通畅）：
+   实测 `J26.3→R750.1` 直连净距 **0.036**（差 0.114），但**换 Z 形就有 0.508** ——
+   兜底连法已算好存在 `$CLAUDE_JOB_DIR/tmp/fix_in_tach.json`
+   （`(13.72,94.29)→(13.72,92.29)→(5.03,92.29)→(5.03,89.86)` + `R750.1→R751.2` 直连，共 14.10 mm）。
+
+### ⛔ 九轮参数迭代的数据（同一块板、同一批 14~15 个网）——**别再调参了**
+
+| 方案 | 范围 | 未完成 |
+|---|---|---|
+| A 不链成组 / 不避铜 gap2.5 | 全板补线 | **5**（至今最好） |
+| B 链成组 gap2.5 | 全板补线 | 8 |
+| C 避铜 gap 2.0/2.5/3.0/3.5 | 全板补线 | 11 / 8 / 10 / 6 |
+| D 链成组 + 拆被压铜 + 带 `+3V3` | 全板补线 | 12 |
+| E 窗口重布 `out_pen=40` | 窗口 | 10 |
+| F 同上 + `--grid 0.125` | 窗口 | 10（失败脚一模一样） |
+| G 窗口 + 虚拟落点 + 优先级 | 窗口 | 11 |
+| H 窗口 + 「链不跨列」布局 | 窗口 | 17 |
+| I 同上 + 封死插槽方向 | 窗口 | 17（但跑出窗口 0 ✓） |
+
+**在 5~17 之间反复震荡，没有单调改善的趋势**——每修好一处就顶出另一处。
+已排除的假说：面积不够（窗口余量只用 15%）、网格太粗（0.125 毫无改善）、
+线宽/分档异常（`width_of` 全正常）、拥塞（失败脚周围常只有 1~2 个障碍、出口格点合法）。
+已定位并修进代码的真因有三条：窗外主干不是终点判据、链被座子通孔列劈开、`penalize` 不是墙。
+
+**第十轮（在「链不跨列」新布局上重跑全板补线）：152 段 / 16 孔、未完成 10 条 —— 比窗口方案的 17 条好，
+但 ⛔ 侵入插槽区**：26 段落进槽体 x 28~70，`FAN_TACH_IN` 距 **J35.19 焊盘 −1.074**（直接压在 1 mm 手焊针排上），
+另有 2 条净距 0.125。⇒ 再次印证「全板补线无保护不可用」，这正是当初设窗口的原因。
+
+**三种方案各有致命处，这就是目前的全部事实**：
+| 方案 | 未完成 | 致命处 |
+|---|---|---|
+| 全板补线（当前布局） | 10 | 26 段侵入插槽，压 J35 焊盘 −1.074 |
+| 窗口重布（封死插槽） | 17 | 不侵入，但未完成最多 |
+| 方案 A 那 111 段 | 5 | **与当前布局对不上**（111 段里只剩 2 段端点还在焊盘上），已作废 |
+
+⇒ **下一步不该再动参数**，而是二选一：
+ⓐ **窗口方案 + 人工补完**（保守，板不会被压坏）：窗口重布不侵入插槽，把它那版下发后剩 17 条人工布；
+ⓑ **从摆位层面减负**（治本）：`FAN_EN` / `FAN_TACH_OUT` 的主干最西端在 x 42~43（**槽区里面**），
+   天然要跨半块板 —— 把 `R753` / `R757` 这类**只挂跨区网**的件移出 A6、靠近 U20 放，
+   能同时解掉「跨窗口接不上」和「窗口内拥挤」两个问题，这是唯一还没试过的方向；
+ⓒ 若要用全板补线的 10 条那版，**必须先给它加插槽禁区**（`route_base` 已有 `keep_rects()` 机制，
+   把槽体 + 针排外扩后塞进去），否则它一定会从针排中间穿过去。
+
+**「避铜」和「布得通」是矛盾的**：避开现有铜等于把件推离目标脚，线更长更难布。
+真正的出路只有两条 —— ⓐ 把这一窝连同周边 `+3V3` / `GND` 的局部**整体重布**（而不是在缝隙里塞件），
+ⓑ 剩下几条手工布。**不要再单纯调 `--fan-gap` 或重排**，四套间距 × 两种策略都试过了。
+
+### 这一轮沉淀的工具（`.claude/r2/`）
+
+| 文件 | 用途 |
+|---|---|
+| `fan_layout_scan.py` + `remote_fan_layout.sh` | 「布局 × 可布性」扫描：几套布局各跑一遍 14 网补线，按未完成条数挑（单套 ~2 s） |
+| `fan_gnd_vias.py` | 给这一窝重排后的 GND 脚补过孔（`plane_vias` 是全板口径、`repair_base` 不做平面网扇出 ⇒ 实测 10 只脚新位置底下没孔）。**已算好 10 个落点，未下发** |
+| `place_base.FAN_REFS` / `--only-fan` / `--fan-gap` | 只重排风扇这一窝，其余件钉在板上现位 |
+| `place_base.th_pad_blocks()` | ⛔ 顶面通孔件的焊盘**穿透两层**，背面件不许摆上去。原来 `selfcheck` 遇到不同层就 `continue` ⇒ 排布器把 C738/R746/Q7/R754 摆到两只座的通孔盘上（最深 −0.496），几何全过、DRC 才报 |
+| `repair_window.py` + `remote_repair_window.sh` | **窗口内整体重布**：`bypad` 只装窗口内的脚 + 给跨窗口的网补「主干接口」虚拟落点 + 窗口外加价、**插槽方向 `block_rect` 封死**。配置在 `_base_window.json`（窗口 / 网名 / `out_pen` / `priority`）。诊断输出会打印「每一档收了哪些网、每个网产出几段」——`$6N49` 整链 0 段就是这么发现的 |
+| `place_base.chain_split_by()` | ⛔ 同一个网的脚不许被顶面通孔件的**焊盘列**劈到两边（座子 rot90 竖放就是一道墙）。粒度踩过五次坑，见上文 |
+
+### 回退点（`$CLAUDE_JOB_DIR/tmp`）
+
+`ROLLBACK_board_before_fanplace.json`（重排前全板铜 1997 段 / 640 孔）、
+`ROLLBACK_live_before_fanplace.json`（重排前 164 件位姿）、
+`ripped_backup_fan2.json`（拆掉的 49 段几何，可原样画回）。
+
+## ⭐⭐⭐⭐⭐⭐⭐⭐⭐⭐ 2026-09-12：五件挪到底板**顶面**（已下发，待人眼确认）
+
+用户：「将风扇座，C2,C11,J33 移到顶面」→ 追问时澄清 **C11 其实是指 C3**（两颗 Φ8 电解一起上顶面），
+并选「两只风扇座都南移」。最终板上：
+
+| 件 | 结果 | 代价 |
+|---|---|---|
+| `C2` `C3`（Φ8 470 µF）/ `J33`（2.54 应急口）| **原位翻面**，坐标一格没动 | **零** —— 焊盘全在封装 y=0 那一排，翻面只把原生偏移的 y 取反 ⇒ 孔位 / 针序 / 铜一根不变 |
+| `J26`（进风座）| **原位翻面**（13.5, 94.5）| **零** —— 拆掉的线已原样画回 |
+| `J27`（排风座）| 挪到 **(9.0, 85.5, rot180)** | 拆 22 段 / 补 60 段 3 孔 |
+
+- **顶面的限高不归 `H_BOTTOM` 管**：插槽把刀片底边抬到板上约 11 mm，刀片自己 y 0~11 又是金手指
+  禁布区（两面无件）⇒ 顶面件只有**横向**约束：不许碰竖在 `y = 槽心 ±0.8` 的刀片板面、不许压槽体。
+  `place_base.selfcheck` 已加这一支（`CARD_HALF` / `CARD_CLR`），`pcb_base.TOP_EXTRA` 是顶面件名单。
+- **J27 为什么非挪不可**：原位 (13.5, 88.0) 本体 y 85.5~90.5 正好穿过 J34 那片刀片（89.64）。
+  而 x=13.5 那一列往南，焊盘先压 C738 再压 R754（通孔盘 1.6，背面那一窝驱动件让不开）⇒ 只能往西。
+
+### ⛔ 这一轮最贵的三个坑（都已修进代码）
+
+1. **西北角 L1 整片是 `+12V` 大铜**（`l1_12v_rects` 主块 x 0.5~27.8 / y 0.5~97.5）⇒ 过孔上得去但走不动，
+   A6 那一带等于**单层布线**，而 L4 已被驱动件占满。「两只座都南移」扫了 **800 个候选落位**始终有 3~4 条布不通。
+   ⇒ 解法是给 `FAN_PWM_L` 在 `pcb_base.PD_L1` 里开一条 **L1 走廊 (4, 86, 21, 89)**（只挡导线图；
+   铺铜不用开窗，12V 铺铜本来就绕异网导线，CC 那两根走的同一路子）。断面账：主块 27.30 宽，
+   一根 0.15 的线占约 0.5 ⇒ 仍 ≈26.8 mm ≫ §6.4 要的 8 mm；y 86~89 不碰任何一槽的 12V 指头。
+2. **`route_base.TH_GROW` 把所有通孔盘放大 0.6**（本是为 J1/J23 的长槽孔加的）⇒ 2.54 间距的风扇座
+   在占用图里变成 2.2×2.2、相邻两脚只剩 0.34，而出口要 1.33 才落得下第一格 ⇒ **中间那几只脚一根铜都出不来**。
+   症状是「J26.3 没布通 / 一根铜都没有」，看着像没地方走。已改成按件区分（`th_grow()`，只有长槽件放大）。
+3. **搜索判据缺一条就会被精准钻空子**：`fan_scan` 起初没查「两只座本体不许重叠」，
+   扫出来的「最优」是 J26=(13.5,94.5) / J27=(12.0,94.5) —— 两只座摞在一起，布线代价当然最低。已补判据。
+
+### 沉淀下来的工具（都在 `.claude/r2/`）
+
+| 文件 | 用途 |
+|---|---|
+| `repair_base.py` + `remote_repair.sh` | **底板**的定点补线：只布指定的几个网，别的一根不动。现有铜取**板上快照**（不是 `_base_routes.json`，它和板上差几十段）。`EXTRA=--repair` / `FAN_W=` 可透传 |
+| `fan_scan.py` + `remote_fan_scan.sh` | 「落位 × 可布性」联合扫描：候选落位逐个真跑一遍补线（PyPy 上单轮 ~1.2 s），按未完成条数挑 |
+| `fan_check.py` | 下发前的本机净距自算，**含布线器不查的那一项：新过孔 vs 内层线**（板上有 125 段手布的内层线，不查就是往人家线上扎孔）|
+
+⚠ **`_base_routes.json` 不含这一轮的改动**（定点补线只改板、不回写缓存）。要整板重算前先想清楚：
+   板上还有 **125 段手工内层线**（L15/L16，HUB_RST / +3V3_HUB / IO0 / INT# …共 742 mm），
+   `remote_route.ps1 --replan` 会把它们连同本轮的改动一起覆盖掉。
+
+## ⭐⭐⭐⭐⭐⭐⭐⭐⭐ 2026-09-11 深夜：D16 底板电源入口改 USB-C PD（原理图已下发；PCB 未动；设计记录 R2 §36）
+
+用户：「能否将电源输入改为 Type-C 从 120W 氮化镓取电」→「能不能兼容各个手机厂商的氮化镓电源」→「走方案 B」（做进底板）。
+- ✅ 结论：各家 100~120W 都是私有协议（要手机鉴权），**公约数只有 PD**；单口 20V×5A ⇒ 12V 侧 ≈95W（常态 10~25W 够，最坏 108W 靠固件限功率）。
+  20V 不能直接进 12V 母线（U29 泄放 / SMBJ13A / 刀片 TPS54622）⇒ 加一级 20V→12V 降压，12V 以下全不改。
+- ✅ 新页 **A1B-PD**（`602ac9904a220348`，`r2/a1b_pd.py`）：J1 USB-C（C165948，与 J23 同料）→ F1 → U36 **CH224A**（R7 120k 只要 20V）
+  → D3 SMBJ22A + 输入电容 → U37 **LM61495QRPHRQ1**（720 kHz，L4 SRP1265A-4R7M，FB 110k/10k = 12.0V，EN 门限 13.9V）→ `VIN_SW`。
+  CH224A 的 I²C 走 TCA9548A 通道 5（`SDA6`/`SCL6`），固件读 0x50 定功率上限。
+- ✅ **A1-INPUT** 删旧入口 6 件（J1 DC-005 / F1 / Q1 / DZ1 / R1 / C1），母线从 D1 起，`VIN_SW` 旗接 A1B；顺带清掉了页上 88 条历次残留文字。
+- ✅ **A3-CTRL** TCA9548A 脚 15/16 引出 SDA6/SCL6；A2 地旗挪 (530,290)。`a3-ctrl-nc.json` 以前是旧的（推送时从不写），现在推送会写回 + 存盘。
+- ✅ 验证：三页 `verify_sch`（带各自 NC 清单）PASS、`xpage` 真正漏接 0、`port_audit --r2 BASE` 可疑 0；本机截图自查过（A1B 第一版有一行说明压在 R11 地旗字上，已下移重推）。
+  改前 A1/A3 快照 `r2/_a1_a3_pre_d16.json`。eda-parts.json 新增 8 颗料（CH224A / LM61495 / SRP1265A / SMBJ22A / 1µ50V / 100n50V / 110k / 120k）。
+- ⬜ **等用户截图确认三页**（CLAUDE.md 规矩）。
+- 🔶 **PCB（2026-09-11 深夜 ~ 09-12，细节 R2 §36.5）**：
+  - ✅ 导入：上次推三页后 74 件原理图 uniqueId 全空（存盘也不分配）⇒ 原理图侧 `setState_UniqueId` 写回 PCB 那套；
+    对话框从表格 React props 读 `rows`；**导入前后全板焊盘网名逐脚比对，差异 = 对话框清单**。
+  - ✅ 摆位：`place_base.PD_HAND` 27 件手排 + `--only-pd`（图 v4 发过用户）。U37 rot 270 SW 朝西接横放 L4、信号边朝东。
+  - ✅ 用户定：CC 走 L1 细线（两组 VBUS 之间打孔）/ U37 两侧 VIN 经 **L1 VIN_FUSED 小岛**连通 / RT602 改测降压。
+  - ✅ 脚本：`pcb_base.PD_L1` 窗口、`route_base` 12V 挡线图扣窗口、`pour_base.PD_POUR` 手画铜块、`rules_base` SW12（已推、审计过）、
+    `_base_npth` 补 J1 定位孔；新 `d16_route / d16_check / d16_push / d16_tap / d16_reach / d16_rip / remote_d16.sh`。
+  - ✅ 南带补线（服务器 4 轮，固定构造 32 段 / 6 孔先本机校核 0 条）：除 I²C 外全通，197 段 / 49 孔**已下发存盘**
+    （快照 `r2/_base_board_post_push_d16.json`；EasyEDA 把两段同网线拼了一下，按实际坐标核过覆盖 / 间距）。
+  - ⚠ 删旧铜后线数对不上：EasyEDA 删除过程中把残段合成了新线 ⇒ 删完一律「旧快照 − 删除清单」与读回逐条比。
+  - ⚠ **`reload_base` 重载前会先 save()**：拆束那次 `d16_push` 读回差 1 段（0.25 mm 的 SCL 碎段，被旁边 0.25 宽的同网线整段盖住、
+    EasyEDA 合并掉了）没存盘，但命令写成 `d16_push … | tail && reload_base`，管道的退出码是 tail 的，失败被吃掉，reload 顺手把这版存了。
+    这回无害，以后这类链条一律 `set -o pipefail` 或不接管道。
+  - ✅ **SDA6/SCL6 布不通 → 用户选 CH224A 改挂主 I²C**：泛洪诊断（`d16_reach`）U35.15/16 被 J36 一带原有布线圈在北半边。
+    两页原理图已改（verify_sch PASS / xpage 0，截图已发）、已导入（焊盘网名比对 0 意外）。
+  - ✅ SCL 能接；**SDA 被 U13 东侧三线束夹死**（INA_ALERT / SDA / SCL 0.5 mm 并排，本体底下还有 SCL 的 2—5 脚连线）
+    ⇒ 用户选**拆 U13 这一束重布**：`d16_rip.py` 12 组先后 × 线宽全都断 1 块以上；候选落点 30 → 100 + 逐步排序
+    **INA:1 → SDA:1 → SDA(U36):2 → SCL:1 → SCL(U36):2**（线宽 0.15）0 块断开，拆 20 段 / 1 孔、新 132 段 / 21 孔（~303 mm，
+    U13 的 SCL 绕了 44 段 / 13 孔、INA_ALERT 36 段 / 5 孔），已下发。
+  - ✅ 收尾（修正 3）：R10 采样线 0.2 → 0.3（VIN_SW 属 PWR9A，DRC 线宽下限 0.3）；删 3 个服务器扇出的孔（紧挨固定孔，
+    钻孔间距 0 / 8.5 mil —— `d16_check` 原来只查异网，已补同网钻孔间距）；J36.4 / Q6.2 各补一个 GND 孔（新线切了铺铜 / 铺铜分块变了）。
+  - ✅ **最终（快照 `r2/_base_board_final_d16.json`，图 `r2/M18-d16-routed.png`）**：2104 段 / 648 孔；重铺 147 填 135（功率铜面全填，
+    空的 12 块是 GND 小瓦片）；**DRC 间距 0 / 连接性 0**，只剩插槽封装自带 5 条（老问题）；`board_check` 118 / 121
+    （GND 6 只通孔 / 铺铜脚 + XTAL1/2 圆弧，都是老误报）。断面 VIN_SW 7.95 / L1 12V 13.20。
+  - ✅ **2026-09-12 复核板面并恢复**（用户问「现在板上是不是最后那版」）：与 `_base_board_final_d16.json` 逐项比，
+    **少了 16 块铺铜，全是内层地**（GND-L2-0~7 / GND-L3-0~7；L2/L3 各 13 → 5），L1 55 / L4 66 一块没少，线 / 孔 / 弧 / 填充 / 164 件位姿全同；
+    另有 **USB2 差分对 5 段直角改成 45° 斜切**（(46.4,63.77)、(46.9,63.27)、(48.5,63.27) 三个角）—— 四层精确净距重算 **0 条**，
+    是改好不是改坏，**保留不动**（恢复成直角属于倒退）。⇒ 只 `pour_base --push` 重建 147 块 / 填 135，
+    重铺前后线 0 变、孔 0 变、元件位姿 0 变；`board_check` 118/121、DRC 间距只剩插槽封装 5 条 / 连接性 0。
+    恢复前存档 `r2/_base_board_before_repour_0912.json`，恢复后基准 `r2/_base_board_d16_restored_0912.json`。
+  - ⬜ 待用户：① 截图确认 A1B-PD / A3-CTRL 两页；② 客户端看一眼南带（尤其 U37 肚子底下 SPSP→VCC 那根 0.15 线、两处 L1 CC 走廊和小岛）；
+    ③ NTC2 绕了 108 mm / 12 孔、U13 的 SCL 绕了 44 段 / 13 孔 —— 通，不好看，要不要再收；④ git 未提交。
+  - 已知：`board_check` 把 L4.1（3.5×5）读成 5×3.5（C18→L4.1 那段终点已伸进焊盘绕过）；它不读铺铜、不读圆弧。
+- ⬜ 固件：CH224A 驱动（**主 I²C 总线 0x22/0x23**，读 0x09 / 0x50；**禁止写 0x0A=5**）+ 整板功率上限按 0x50 取。
+- ⬜ 丝印：J1「PWR 20V」、J23「USB」。
+
+## ⭐⭐⭐⭐⭐⭐⭐⭐ 2026-09-11 晚：刀片重新布局 —— 主板转 180°、两条槽到顶部、U4 到右侧（进行中；设计记录 R2 §35）
+
+用户：「重新优化刀片板布局」→「排线插槽和排线移到顶部，主板不旋转」→（电池排线 38 mm 够不到顶边，核账后）
+**「都挪，主板跟着旋转」** →「U4 移到右侧」。板框仍 90 × 68。**下面这一节取代 §34 那版的布局，§34 的待办大半作废。**
+- ✅ 几何：`pcb_blade.PHONE_ROT = 180` + `phone_xy()`；槽 y 56.86~59.86；七个孔 / 侧键跟着转（自检过）。
+- ✅ 摆位：`pcb_place` J5/J4 底层 rot 180、C60/J3 顶部服务带、U7 在 J4 正南 rot 180；功率链 `flip_pwr()` 刚体转 180°（F1 底 / U3 顶，
+  锚 (80, 27.6) —— **27.6 是让 U2 四边脚落 0.25 格点**）；U4 (60, 38) rot 0；九个区重划；自检过。
+- ✅ 修掉的老毛病：`ctrl_hand` 的上拉电阻 R40/R41 位号写反（SDA↔SCL 交叉）+ 盘朝向（改按网名反查、pad1 朝 U4）；
+  Rs1.1 的 4 A 只有一个 Ø0.3 孔进 L3（`KELVIN_SENSE` + `VIAS_PER_PAD`）。
+- ✅ L3：VO_P 岛到上半（U 形绕电池槽）、+12V 岛到下半（金手指 → F1）；**+12V 不再在 L1/L4 走线**（`PLANE_VIA_NETS`）。
+- ✅ D±：`dp_blade()` 新走法，53.07 / 53.07 mm、每根 1 孔、零交叉。
+- ✅ 离线试布线工具：`synth_pads.py`（按新摆位刚体变换旧焊盘表，旧表 / 旧摆位存 `r2/archive_blade_prerot_0911/`）、
+  `remote_blade.sh` 加 `NOSNAP=1`（板上还是旧铜，不抓板）、`pads_diff.py`（下发后读回对账）、router 新开关 `--gndvia` / `--vkeep`。
+- ✅ 服务器试布线 11 轮（细节 R2 §35.5）：**按铜 0 个断网、`router_check` 精确净距 0 条**（§34 那版断 5 网 + 27 只 GND 脚够不着）。
+  候选 = `_blade_routes.r11new-v0.json`（= 现在的 `_blade_routes.json`，`--gndvia --first EFUSE_FLT,EDL_EN`）：678 段 / 275 孔（GND 51）/ 2012 mm，
+  D± 53.07 / 53.07 mm。图 `r2/M17-rot180-routed-offline.png`。还有 16 只 GND 脚没打上孔（C13.2 J4.16 K4.1 Q3.2 Q4.2 U1.2/3/15 U2.1/16 U3.2 U4.9/21 U6.2 U7.2），
+  等铺铜后按 DRC 连接性看哪些真没接上。
+  这几轮修掉 / 新加的：U2 对格（U1_Y 27.6）、上拉 R40/R41 位号和朝向、排布器「连线不交叉」+「接芯片的盘朝芯片」（`flip_2pin`）、
+  U2 八只脚 + U4 两只脚的**预扇出**（`router.QFN_FAN`，U4 那两只就地换 L1）、`--gndvia` 放到信号之后且每个孔精确核净距、虚拟焊盘改名 `qfan:`。
+  `_blade_stitch_pts.json`（旧布局的缝合孔落点）已删，归档里有；`_blade_board_vias.json` 现在是 `[]`（离线试布线用）。
+- ✅ **已下发（用户确认，= 板上现在这版）**。下发前板上其实已经**没有铜**（§34 的 1207 段 / 359 孔不在了）、**15 件被用户手动挪过**
+  （U4 (67.3,13.8) rot 270、U5、U3、Rs1、Q1、R9~R15、R18、C13、C68、J3）—— 问过用户后覆盖；下发前整板快照 `r2/_blade_board_prerot_0911.json`（含那 15 件坐标）。
+  顺序：`pcb_blade --slots/--holes` → `pcb_place --push`（读回 82 件全对）→ `pcb_route --dump` → `pads_diff`（**359 块焊盘和合成表逐块一致**，
+  底层 rot 180 / 90 的推导都对）→ `router --push` 678 段 / 275 孔 → 缝合孔 72（服务器算，`NOSNAP` + 离线导线快照，布线孔当零长度导线一起避让）→
+  `miter --push`（4 轮到 0 直角）→ `reload_base --blade`（逐项相等）→ `pcb_pour --push` **25/25** → `board_check` **信号 56/56** → DRC。
+  DRC 第一遍 10 条 = PCIe 缺口 4 + GND 连接性 6（U1.2/3、U3.1/2、J4.12/16）⇒ 补 6 段 + 1 孔（U1 两只地脚接散热盘、U3.2 接 U3.1、J4.12 直连 J4.8 的孔、
+  J4.16 往南出排再下 L2，`router_check` 0 条后下发，已并进 `_blade_routes.json`）⇒ **DRC 4 条，全是 PCIe 缺口 0.2 mm（§27.8 老问题），连接性 0**。
+  最终快照 `r2/_blade_board_rot180_final_0911.json`，图 `r2/M17-rot180-routed.png`（离线渲染，= 缓存；板上另有斜切）。
+- ✅ **PCIe 缺口 1.9 → 1.6**（用户拍板，CEM 值）：缺口边到 11/12 号指 0.2 → **0.35**。`fp_edge.NOTCH_W` 改 1.6，`fp_edge.py --notch`
+  只重画封装板框层（个人库原件 + **工程库副本 `a1ad3dea…`**，J1 实例引用的是它；改副本 + 重载 J1 就跟着变，焊盘网名 64/64 不变）→
+  `pcb_blade --outline` → 铺铜 25/25 → `board_check` 信号 56/56 → **DRC 0 条**。代价：插槽防呆筋配合余量少 0.15（CEM 卡本来就是 1.6）。
+  ⚠ `lib_Footprint.search` 在这台客户端上抛 `o[r].match is not a function`，`fp_edge.py --push` 走不通，要重建整个封装得先改成按 uuid 开。
+- ⬜ 待用户：② 机械：SIM 卡托转到左边会伸出板左沿 ~1.8、C60 顶离板边 1.0（顶边导轨 ≤ 1 mm）、
+  排线实物走一遍（尾插 55 mm / 电池 38 mm 都是从接口边往上翻，长度比原来宽裕）；③ 客户端里看一眼摆位 / 丝印方向；
+  ④ 小瑕疵：+12V_F 从 Cin 绕一大圈才到 R4（EN 分压上臂，电流很小），想收短可手改。
+- ⚠ 下面 §34 那一节的待办（`HANDROUTE-90x68.md` 5 个网 / 27 只 GND 脚）**全部作废**（布局整个换了）。
+
+## ⭐⭐⭐⭐⭐⭐⭐ 2026-09-11 傍晚：刀片压到 90 × 68（进行中；设计记录见 R2 方案文档 §34）
+
+用户：「完善刀片板」→ 中途改为「将刀片板压缩到 90*68mm」。可行性核账后拍板两处：**手机上移、C60 留两槽之间**；**删 J2**。
+- ✅ 原理图：B4-EDGE 删 J2、B3B-USB 的 U7 两侧对调（手性，零交叉）、J1 不进 BOM；verify_sch / xpage / port_audit 全过；截图自查过，⬜ 等用户确认。
+- ✅ 导入：`uid_sync_base.py --blade` 对齐 uniqueId（J2 挪到 `zzdel_J2`）→ 导入 → 82 件逐件对上 → 重抓焊盘。
+- ✅ 板框 90×68 + 两条槽 + 七个孔下发、`pcb_blade --verify` 过；旧铜（1183 线 / 424 孔 / 2 铺铜）清空，改前整板快照 `r2/_blade_board_0911_before.json`。
+- ✅ 摆位下发、读回 82 件全对（`pcb_place.py` 用 DX/DY/PX 平移；U7 手排 J4 正北；J3 挪服务带）。
+- ✅ D± 构造 `router.dp_blade()`：42 / 40.5 mm、每根 1 孔（旧 60~63 mm、6~7 孔）；本机静态校核 0 处 < 0.15。设计规则已重推（差分线宽下限 0.15）。
+- ✅ 服务器布线第一轮：v0 19 条没搞定 / v1（`--pf`）21 条。根因：`+12V` 五根指出口被电池槽 + R19/Q2 + 先布的 `+3V3` 长线封死；
+  外加我引入的三处摆位退化（EFUSE_AUX 变窄、U6 离 J3 20 mm、C68 离 U5 7.9 mm）。已改：`+12V` 排 `FIRST_NETS` 最前；
+  EFUSE_AUX 回 11.2 宽、SVC_E 先于 EFUSE_AUX、SVC_R 收紧；新摆位已下发读回。（第一版 `remote_blade.sh` 的 run.sh 0 字节空转，已修。）
+- ✅ 第二~四轮（细节见 R2 §34.5）：+12V 通了；比变体一律看 **`blade_conn.py`（按铜判连通）**，布线器自报的「铜分成 N 块」多半是误报。
+  DIS（R19+Q2）挪到电池车道正北（原位堵死 U4 往东的唯一走廊）；第四轮最好 v3 只断 2 个网（`+12V_F: R4.1`、`+5V: U5.1`）。
+  `router_check` 查出六组都有 U2 角孔压线 −0.095。先按「过孔图口径」修（同 VIA_MAP_FIX），第五轮六组**逐段不变** ⇒ 不是它；
+  真根因是 `plan_all()` FIRST_NETS 循环**没把本轮已放的过孔打进占用图**（`route_groups` 早修过同一对 EFUSE_EN/$1N147、$1N164/EFUSE_PG），已补。
+  顺带修：`router_check` 不再本机算缝合孔（假问题 + 违规）、`board_check` 刀片 +3V3 按布线网查、`repair_route --cache` + `MODE=repair`、`reload_base --blade`。
+- ✅ 第六轮（补上「已放的过孔进占用图」）：非 `--pf` 三组**精确净距 0**；选 v2（缓存 `r6-v2` = 现 `_blade_routes.json`），按铜断 5 个网；服务器定点补线接不上。
+- ✅ **已下发并收尾（= 板上现在这版）**：`router.py --push` 711 段 → 缝合孔 78（服务器算；布线器的 23 个地指母线 GND 孔保留）→ 斜切 241 角 →
+  `reload_base --blade` 逐项相等 → 铺铜 25/25 → `board_check` **51/57** → DRC **间距 4（全是 PCIe 缺口老问题）/ 连接性 39**。
+  中途修了一个斜切在凹侧压孔的角（DRC 7 → 4）。详细数和两个工具毛病见 R2 §34.6。
+- ⬜ **待用户定**（报告里给了选项）：
+  1. **5 个信号网 / 7 只脚没接上**（`$1N147` U2.15、`EFUSE_PG` U2.2、`INA_ALERT`、`SDA`、`$5N71`）—— 作业单 `r2/HANDROUTE-90x68.md`：客户端手补（环绕 / 忽略障碍模式，别推挤、别挪件），
+     或者继续自动化（要改结构：+12V 那条 L4 竖线和 D± 墙并排把东西向封死，或把 U4 往中间挪）。
+  2. **27 个 GND 细间距焊盘铺铜够不着**（J4 ×14、U2 1/16/EP、U3 1/2/7、U1 2/3、U4 20/21、Q4.2、K4.1、C13.2）—— 要加「GND 引出 + 过孔」一步（服务器算落点），或手补。
+  3. PCIe 缺口 0.2 mm（§27.8）；C60 焊盘离铣槽 0.45；手机顶离板边 1.0（顶边导轨 ≤1 mm）；H2 螺钉头离板边 0.6。
+  4. B4-EDGE / B3B-USB 两页原理图截图确认。
+  补完之后：`reload_base.py --blade` → `pcb_pour.py --push` → `board_check.py` → `drc_read.py --blade --conn`（`--conn` 新加，列连接性明细）。
+- ⚠ 投板前要确认：C60 焊盘离两侧铣槽 0.45；手机顶离板边 1.0（顶边导轨 ≤ 1 mm）；H2 螺钉头离板边 0.6；PCIe 缺口 0.2 mm（§27.8，老问题）。
+
+## ⭐⭐⭐⭐⭐⭐ 2026-09-11 中午：EasyEDA 自动布线评审 → 混合布线（进行中，**板上现在只有锁定的预布铜**）
+
+**评审**（用户在客户端点了 EasyEDA 自带自动布线，快照 `r2/_base_board_autoroute_0911.json`，图 `r2/AR-easyeda-autoroute-*.png`）：
+信号网 112/112 全通、143 孔、铜长 ≈ 0.94 × MST —— 布通率远好于我们的 A*（r34 断 26）。但不能投板：
+① L2/L3（设计 = 整层 GND）上走了 983 mm 信号，含 UP / USB5 / USB6 三对 D± 整段在内层；USB1/2 在 L4 上跨 L3 缝 5~6 次；
+② 全板 **0 个 GND 孔**、无缝合，内层地只靠几只通孔地脚接地；③ Kelvin 当普通 +12V 网布（U13.10 从 J37.2 拉 19 mm 线 + 经 L3 接 Rs6.2）；
+④ XTAL2 走 L3、FB3V3 上 L1、$2N72 走 L2（各 2 孔）；⑤ USB4 / USB6 对内孔数不等（1/3、2/3）；FAN_12V_SW 走 L2；
+另：它不知道 L1 西半 12V 大铜 / L4 入口链铜面不许走信号，上一版有信号线穿 L1 12V 区。
+
+**用户选定：混合布线**（脚本 `r2/ar_hybrid.py`）：
+1. ✅ `--clear`：删四层导线 2634 / 过孔 143 / 铜面 119（读回全 0）。
+2. ✅ `--push --verify`：`r2/_base_preroute_0911.json`（r34-v0 中 GND / +12V / 入口链 / Kelvin / XTAL1/2 / RBIAS / VDD18(PLL) /
+   FB3V3 / $2N72 / +3V3_HUB / USB1~6 整网 + UP 两端到第一个孔，599 段 / 312 孔，离线预判 DRC 0/0）**全部锁定**下发。
+   读回 572 段（EasyEDA 合并共线段）/ 312 孔全锁；按「被同层同网同宽锁定线盖住」核对只差 J23 口 UP 两段 0.15 颈缩（疑被并进 0.28 段，布完查连通）。
+   r34 里这些网自己就没接上的：XTAL1–R723.1、VIN_SW–C4.2、+3V3_HUB 6 只脚、+12V R4.2 无孔，交给自动布线补。
+3. ⬜ **EasyEDA 自动布线由用户手动点**（`pcb_Document.autoRouting` 在 3.2.149 上不存在，`--route` 用不了）：
+   布线层只勾顶层 / 底层、保留已有导线和过孔、忽略 GND / +12V / VIN_RAW / VIN_FUSED。
+   ⚠ **用户手动点了 5 次，全部「进度很快走完、无提示、零产出」—— 连清除布线后的空板也一样**（上午同一窗口还能布）。已排除：
+   锁定（`--unlock` 全解；过孔的 `modify({primitiveLock:false})` 不生效，只能删了按 5 参数原位重建）/ 已有铜违规（删了 UP 6 段 0.15 颈缩 +
+   微段后 DRC 只剩插槽封装自带 5 条）/ 飞线卡住（`reload_base` 后照旧；`active` 只表示「启用」）/ 层属性（四层都是 SIGNAL、未锁）/
+   只读窗口（用户是清空后撤销恢复的，同一窗口）。客户端日志（`sys_Log.sort()`）没有任何布线记录。
+   导出的布线输入（`pcb_ManufactureData.getAutoRouteJsonFile`）看着正常：route [1,2]、109 网全开、忽略的 4 网已剔除。
+   对话框只有「忽略网络」一项（没有层 / 保留移除 / 选中网络）。上午能布的那次 +12V 被布了 ⇒ 当时没忽略 +12V；
+   下一个嫌疑：忽略列表（带 `+` 的网名？）或服务端。**预布铜仍在板上（569 段 / 312 孔，均已解锁）**。
+   ⭐ **用户找到原因：自动布线要勾上内层才会跑**（只勾顶 / 底层就是那种秒结束零产出）。
+   - 试 1：L2/L3 各加整板 NO_WIRES 禁布区（`ar_hybrid --keepout`；API 没有「禁止过孔」类型）+ 四层全勾 ⇒ 内层 0 线、预布铜未动、
+     XTAL1–R723.1 接上了，但**全板只新加 6 个孔**（UP 4 / USB3 2），其余网都单层走 ⇒ 离线断 48 个网（r34 是 26）。
+     导出的布线输入里 prohibitedRegions 只有 path + layers、不带规则类型 ⇒ 布线器把整板禁布区当「连孔也禁」。快照 `r2/_base_board_ar_keepout_0911.json`。
+   - 试 2（用户选定，进行中）：`ar_hybrid --strip --unkeepout --plane` —— 删自动布线加的 1020 段 / 6 孔（预布铜补回 2 段合并连带删掉的），
+     删两块禁布区，**L2/L3 层类型改成内电层（PLANE）**，读回确认。⚠ 内电层怎么接 GND 还没定（API 里没有内电层区域图元），
+     铺铜计划里 L2/L3 的正片 GND 铺铜要换掉；试不成就 `ar_hybrid --signal` 改回信号层。
+   - 试 2 结果：内电层 + 对话框全勾 ⇒ 不跑；内电层 + 只勾顶 / 底 ⇒ 也不跑（我经 DOM 点「运行」，1 分钟零产出）。
+     ⇒ **结论：这版 EasyEDA 自动布线只有勾上「信号层类型的内层」才运行；「内层零走线 + 正常打孔」用它自带的布线器做不到**。
+     已 `ar_hybrid --signal` 改回，读回四层 SIGNAL、板上 572 段 / 312 孔（= 预布）、无区域、无铺铜。
+   - 试 3（用户选「只放开 L3」）：内层改回 SIGNAL，对话框只勾 顶 / 底 / 内层2（L2 不勾），我经 DOM 设好并核对后点「运行」⇒ **也不跑**（1 分钟零产出）。
+     ⇒ 汇总：只有**四层全勾**才运行（SIGNAL + 全勾 = 用户上午那两次）；只勾顶底 / 顶底+内层2 / 内电层 都不跑 ⇒ **布线层勾选实际上只能全选**，
+     避层只能靠禁布区，而整板禁布区 = 连孔也禁。L3 关键区禁布区已离线算好（会话临时目录 `l3_keepout.json`：D± 走廊 ±0.9、晶振、两颗 Buck、入口链，5 块 / 1429 mm²），未下发。
+   - 试 4（用户选「关键区禁布 + 四层全勾」）：`ar_hybrid --zones` 在 L2/L3 各建 4 块 NO_WIRES（`_base_inner_keepout_0911.json`：USB1~6 的
+     L1/L4 D± 段 ±0.9 + 晶振 / 两颗 Buck / 入口链，1578 mm²），我经 DOM 四层全勾点「运行」⇒ **能跑**（进度到 ~65% 结束，约 6 分钟）。
+     快照 `r2/_base_board_ar_zones_0911.json`：2543 段（L1 491 / L4 978 / L2 51 / L3 1023）/ 445 孔；**离线只断 6 个网**
+     （+3V3_HUB〔r34 本来就没接全〕、CFGSEL0、SDA〔U13.4 / U35.23〕、VBUS_DET、VDAC1、VDAC4）；预布铜完好（L1 303 段都还在 L1）。
+     问题：① 差分对不理禁布区 —— USB6 每根在 L3 上**又并了一条**（+58 mm、孔 2→5，碎段中位 0.27 mm），USB3 各多绕 5.5 mm / 1 孔；
+     UP 全程它布、~90 mm 几乎都在 L3（L3 的近邻是 L4 器件层，没有像样参考）；② L1 12V 大铜里：VIN_SW 0.3 线 18 mm（去 C4.2）、
+     风扇区 $6N45/48/49/64 / FAN_EN / +5V 10 个孔 + $6N49 7.6 mm、SCL3 2.5 mm；③ 内层普通信号 L2 17 网 / 321 mm、L3（去掉 UP/USB6）约 240 mm。
+     USB1/2/4/5 未被动。界面上的「报告错误」是器件库面板的按钮，**不是**布线出错。
+   - 收拾（用户四项全选，按序做）：
+     ① ✅ USB3/USB6 重复路径删掉（`ar_hybrid.strip({'USB3_*','USB6_*'})`，398 段 / 8 孔；读回两对都回到预布、连通）。
+     ② ⏳ UP 对：自动布线布的 UP 铜已删（615 段 / 5 孔，预布两端到孔的段保留），**用户在客户端用差分对布线（Alt+D）在 L1/L4 手布**；
+        端点孔 U32 侧 (45.18, 39.83) / (45.78, 39.08)，J23 侧 (82.5, 6.5) / (84.5, 8.88)。布完读板核长度差 / 孔数 / 间距。
+     ③ ⏳ L1 12V 大铜：断面校核（`pour_base.check_cuts` 喂板上快照）L1 12V 主块最窄 13.20 → **8.95**（要 8.0），刀口就是 VIN_SW 那根 L1 线；
+        风扇区 10 孔 + $6N49 / SCL3 不是瓶颈 ⇒ 留着。C4.2 被 +12V Kelvin 线挡住、L4 接不过去 ⇒ 服务器扫描（`c4_scan`，孔不进焊盘）
+        用户选「接功率铜」：`ar_hybrid.C4_FIX_*`（孔 A (15.5, 45.125) → L1 4.5 mm → 孔 B (13.688, 41.0) → Rs6.1 旁 2.0 宽 VIN_SW 铜），
+        离线校验异网最小净距 0.218、L1 12V 主块回到 11.90。**等 UP 布完再 `fix_c4()`**。
+     ④ ⬜ 剩下断网：+3V3_HUB / CFGSEL0 / SDA / VBUS_DET / VDAC1 / VDAC4 —— 拟用对话框「所选网络」只对它们再跑一次自动布线
+        （会话临时目录 `run_ar5.py`：doCrossProbeSelect 选网 → 所选网络 + 保留 + 四层全勾 → 运行 → 轮询）。
+     ⑤ ⬜ 然后：缝合孔（`stitch_points` 喂板上快照）→ `pour_base --push` → `board_check --base` → DRC；内层关键区禁布区投板前要不要删再定。
+   - ⚠ **所有布线搜索（含扫孔位这种小脚本）都上 10.5.5.13**（用户 2026-09-11 纠正）：本机只做快照 / 校验 / 下发。
+   - **用户：「你来布完剩下的」（2026-09-11 下午）**，进度：
+     · ✅ C4.2 改接（`ar_hybrid.fix_c4()`，服务器 `c4_scan` 选孔）：L1 12V 主块最窄 8.95 → 11.90。
+     · ✅ **UP 对：服务器 `up_route.py --centerline --pre-only --free-3v3hub --pitch 0.52`** —— 「DP 先 DM 跟」DM 总是 10~12 孔（DP 抢 J37 东端 1.2 mm 窄缝）；
+       改成整对当 0.78 宽线只在 L1 上 A*、再向两侧各偏 0.26 劈开：UP_DP 70.7 / UP_DM 68.8 mm（差 1.9）、每根只有预布 2 孔、全在 L1、
+       对内净距 0.213 / 对异网 0.195。为它腾位置删了 +5V / EFUSE_EN4 / HUB_RST 的自动布线铜 + +3V3_HUB 离 U32 > 8 mm 的远程线（`ar_hybrid.apply_up`）。
+       ⚠ 期间踩坑：`strip()` 补预布段不看网，把刚删的 +3V3_HUB 远程线补回来压在 UP 上 —— 已删、已修（指定 nets 只补这些网）；读板 UP 对异网净距 0 处不足。
+     · ✅ 基准改为 `_base_preroute_0911b.json`（去 +3V3_HUB 远程线，加 C4 改接、UP、服务器补网 A），`ar_hybrid.SUBSET` 已指向它。
+     · ✅ 「所选网络」自动布线补 9 网（`run_ar5.py`：单选框要调 input 的 onChange，点 label 不生效）：接通 VBUS_DET / EFUSE_EN4 / HUB_RST。
+     · ✅ 服务器 `route_nets.py`（按板上铜分连通块、每块挑代表、route_one 连树）补网 A：SDA / VDAC1（97 mm / 11 孔）/ VDAC4（142 mm / 13 孔）接通，
+       +3V3_HUB 7 块 → 2 块；离线复核 0 处净距不足，已下发。
+     · ⬜ **还剩 3 只脚真被围死**（线宽 0.15~0.2 也布不出）：+5V J37.19（L1 上北 UP、南 USB4、下面 L4 是 U32 南排脚）、
+       CFGSEL0 U32.41→R711.1、+3V3_HUB C744.1+U32.52 那一块（U32 西南角）。要么挪 UP / 拆邻线重排，要么客户端手连。
+     · 快照：`r2/_base_board_ar_final_0911.json`（补 9 网后）；服务器结果 `_up_route.cl_b52.json`、`_route_nets.A.json`。
+     · 用户选「继续拆邻线重排」：
+       - ✅ **+5V J37.19**：UP 中心线整板障碍下加禁区重布失败（`fix3.py`），改走焊盘**南沿**：L1 y 31.0 东去接 J37.32（同为 +5V），
+         0.2 宽，离线校验异网最小 0.181（USB4_DP 孔 0.195）—— 构造 3 段已下发，读板 +5V 一整块。
+       - ❌ U32 南 / 西南区（`fix3.py --no-up --rip ... --order ...`，服务器 8 种拆法 / 顺序，结果 `_fix3.V1~8.json` / `_fix3.noup.json`）：
+         **没有一种优于现状**（现状断 2：+3V3_HUB 的 C744.1+U32.52 块、CFGSEL0；各变体最少断 3）。$4N596（U32.51→R724.1）一拆就布不回，
+         它和 C744.1 抢同一条出路；CFGSEL0/1、NONREM0/1、VBUS_DET 挤在 U32 南排 0.5 脚距出口，贪心 A* 解不开 ⇒ **保留现状不拆**。
+       - ⬜ **投板前必须手连（或微调 C744 / R711 摆位）**：C744.1→+3V3_HUB 主网（U32.52 = VDDA33）、U32.41→R711.1（CFGSEL0 strap）。
+     · 收尾第一轮：缝合孔 103（服务器 `stitch_srv.py` 喂板上快照算，本机复核 0 问题后下发）→ `reload_base` → `pour_base --push`
+       （119 块填 110，功率铜面全填；L1 12V 主块 13.20、VIN_SW 7.41）→ `board_check`：没通 +3V3_HUB / CFGSEL0（上面两处）+ GND 6 只脚
+       （J1.2/J1.3/J26.1/J27.1 通孔、U13.7/U20.40 早就挂着「要补地孔」）。
+     · ⚠ **DRC 查出内层短路 —— 我的锅**：`route_nets.py` 第一版只拿 L1/L4 的线当障碍，补网 A 的孔戳在 EasyEDA 留在 L2/L3 上的线上
+       （VDAC1 孔压 L3 SDA、+3V3_HUB 孔压 L2 NTC2 = 0 mil；SDA / VDAC1 孔离内层线 3.9 / 4.9 mil；+3V3_HUB 叠孔 1 对）；本机复核也只查了 L1/L4。
+       另 USB5 对内 5.6 mil（「所选网络」那轮 EasyEDA 在 USB5 上加的碎段）→ `strip(USB5)` 已清。
+       修法：`route_nets.py` 加内层线挡过孔（包 `grid_now`，沿内层线在 L1 过孔图上封一圈）——但整网重布 VDAC1 要 273 mm / 25 孔，不要；
+       改用服务器 `via_nudge.py` **只挪那 4 颗孔**（0.14~1.47 mm，改接线长度基本不变），删 1 颗叠孔；本机四层全查 0 问题。
+       ⇒ **以后本机复核过孔一律查四层**。基准 0911b 已同步（挪孔 + J37.19 改接）。
+     · ✅ **收尾第二轮（= 板上现在这版，快照 `r2/_base_board_final_0911.json`，图 `r2/AR-hybrid-final-4layer.png`）**：
+       挪孔下发读回 0 缺 → `reload_base` 逐项相等 → `pour_base --push` 119 填 110（功率铜面全填）→ `board_check`：**110 / 113 全通**，
+       没通 = +3V3_HUB（C744.1+U32.52 块）、CFGSEL0（U32.41–R711.1）、GND 6 只脚（同前）→ **DRC 间距错误 0 条真问题**：
+       剩插槽封装自带 5 条 + UP 在 J23 口 0.15 颈缩 6 条（USB-C 盘 0.3 宽，已知）；连接性 39 条（这个计数不可靠，以 board_check 为准）。
+       板上：1779 段（L1 629 / L4 1024 / L2 53 / L3 73）/ 567 孔（GND 346 含缝合 103）。L2/L3 上 8 块关键区禁布区还在（投板前删不删待定）。
+     · ⬜ 待用户：① 手连 C744.1→+3V3_HUB、U32.41→R711.1（投板前必须）；② U13.7 / U20.40 补地孔；③ 内层禁布区删不删；
+       ④ 手连之后跑 `pour_base --push` + `board_check --base` + `drc_read --base`。
+     · ⚠ **用户手连之后（2026-09-11 傍晚）板子变坏了**：客户端推挤把 U32 周围一片线挤走，对「手连前」快照删 156 段 / 加 176 段，
+       `board_check` 没连通 3 → **13**（新断 XTAL1/XTAL2〔各 4 块〕、NONREM0/1、VBUS_DET、CFGSEL1、HUB_RST、VBUS_UP、BLD_A、BLD_REF、
+       +3V3_HUB 改断 R716.2；CFGSEL0 仍断）；好的一面：C744.1 接上了、U13.7 / U20.40 挨上铜了（新增 GND 孔 23）。
+       ⚠ 我跑的 `pour_base --push` 在 JS_DEL 那步删完铜面就 **save()** 了（随后被我停掉：119 块只建回 96、未填）⇒ 用户的手改已被存盘，
+       「回到上次保存」回不到手连前。手连前完整快照：`r2/_base_board_final_0911.json`（1779 段 / 567 孔）。**等用户定怎么恢复**。
+     · 用户选「按快照恢复、留地孔」：手改后的板备份 `r2/_base_board_usermanual_0911.json`；用户新加的 GND 里对手连前铜（四层）不冲突的
+       14 孔 / 30 段留下（`r2/_usermanual_gnd_keep.json`）。`restore.py`（会话临时目录）：删四层全部线 / 孔 → 下发快照 + 留下的 GND。
+       ⚠ 第一次批量删漏了 4 段（EasyEDA 删到一半在拆 / 并段，ID 变了），脚本的「没删干净就停」挡住了；逐段再删后重跑，下发 1809 段 / 581 孔 0 失败，
+       读板回到 110 / 113（U13.7、U20.40 挨上地了）。
+       ⚠ 但 DRC 间距错误 5 → 50（0 mil 碰铜一片）：**用户手连时还挪了 17 个元件**（Y1 / C740 / C741 / R723 晶振一团、C744 / C745、
+       R709~R712 / R716 / R719 / R720 strap 电阻、R4 / R5 / R6 / U29），旧走线对不上新焊盘；`board_check` 用的是旧焊盘文件看不出来。
+       ⇒ 按 `_base_place_live.json`（其余 128 件与板上逐件一致，= 手连前摆位）用 `place_base.push(only=17 件)` 挪回，读回 145 件全对。
+       ⇒ **以后判恢复要同时比元件位置**；读板判连通前若怀疑动过件，先 `place_base --dump` 重抓焊盘。
+       挪回后 DRC 仍多 15 条（晶振一带 XTAL1/2 碰 Y1 焊盘、SDA5 碰 XTAL2，西侧 +12V 填充压 BLD_A / R6.1）：
+       `getPrimitivesInRegion` 查出**手连还留下 10 段圆弧**（XTAL1/2 ×9 在 Y1 周围、+12V ×1，客户端布线的圆角）和 **2 块 +12V 填充**
+       （L4，(4.4~6.7, 42.9~44.9) 与 (2.2~5.1, 50.0~53.2)；底板脚本从不画填充，V12_PATCH 是铺铜）—— 恢复只重建了线 / 孔，它们还在手连时的位置。
+       ⇒ 全部删除后重铺 + DRC。**恢复 / 对比板面要查全图元类型：线、孔、圆弧、填充、元件位置**。
+     · ✅ **恢复完成（= 板上现在这版，快照 `r2/_base_board_restored_0911.json`）**：圆弧 10 / 填充 2 删净 → `pour_base --push` 119 填 110
+       （功率铜面全填）→ `board_check` **110 / 113**（没通 = +3V3_HUB 的 C744.1 块、CFGSEL0 U32.41–R711.1、GND 通孔 J1.2/J1.3/J26.1/J27.1；
+       U13.7 / U20.40 这回挨上地了）→ **DRC 间距错误只剩插槽封装自带 5 条 + UP 在 J23 口 0.15 颈缩 6 条**（连接性 26 条不可靠）。
+       板上 = 手连前（`_base_board_final_0911.json`）+ 用户新加且不冲突的 GND 14 孔 / 30 段。
+     · ⬜ 仍待用户：C744.1→+3V3_HUB、U32.41→R711.1 两处手连（**布线模式先切「环绕」或「忽略障碍」，别用推挤**；也别挪件）；
+       内层 8 块关键区禁布区投板前删不删。手连完：`pour_base --push` → `board_check --base` → `drc_read --base`。
+     · 🔁 **用户随后要求「恢复我刚才手连的那版」**：`restore_manual.py`（会话临时目录）清空线 / 孔 / 圆弧 / 填充 → 17 件挪回手连位置
+       （`place_base.push`）→ 按 `_base_board_usermanual_0911.json` 下发 1799 段 / 582 孔 + 8 段圆弧（快照里有完整参数；后来区域查询多出的
+       2 段小弧来历不明，没恢复）+ 2 块 +12V 填充 → `place_base --dump` 重抓焊盘 → 重铺 → 连通 / DRC。
+       三版存档：手连前 `_base_board_final_0911.json` / 恢复版 `_base_board_restored_0911.json`（摆位 `_base_place_live.premanual.json`、
+       焊盘 `_base_pads.premanual.json`）/ 手连版 `_base_board_usermanual_0911.json`。
+       ✅ 已恢复（快照 `r2/_base_board_manual_restored_0911.json`）：读回线 1810（拆段）/ 孔 582 / 弧 8 / 填充 2、17 件位置 0 不符；重抓焊盘；
+       重铺 119 填 109（功率铜面全填）；**DRC 间距错误只剩插槽封装自带 5 条**。
+       ⭐⭐ **更正：「手连挤断 11 个网」是我误判** —— 当时 `board_check` 用的是件挪动之前的旧焊盘文件。重抓焊盘后用户那版：
+       CFGSEL0、strap 网、BLD_A/BLD_REF、HUB_RST、VBUS_UP 全通。`board_check` 报 XTAL1/XTAL2「3 块」也是误报 —— **它不读圆弧**，
+       手连的圆角圆弧就是连接段；按弦近似算进去两网都是一整块。
+       真没通的只有：① +3V3_HUB：C746.1 / C750.1 / U32.5 / U32.64 那块与主网断开，最近缺口 ~0.9 mm（L4，(48.63, 41.38)↔(49.25, 42.03)，
+       手连前这里有一段 0.3 线，被改线拆掉了）；② U29.3（GND，U29 被挪 + 转向）一根铜都不挨，看 L4 地铜盖不盖得到。
+       ⬜ `board_check.py` 要补读圆弧（`pcb_PrimitiveArc`），否则手连出来的板永远误报。
+       用户问「看着连上的线 DRC 却报、重连一次就不报」= API 批量建线后客户端的连接性索引没刷新（`drc_read.py` 头注早记过）。
+       `reload_base`（逐项相等）→ 重铺 119 填 109 → **DRC 连接性 357 → 2，间距错误仍只剩插槽封装 5 条**；XTAL1/2 DRC 不报（它认圆弧）。
+       剩下 2 条连接性 = +3V3_HUB 那块（~0.9 mm 缺口）+ U29.3 地。⇒ **API 下发后跑 DRC 之前一律先 reload**。
+   - 自动布线对话框可经 DOM 操作（`布线` 菜单 → `自动布线...`；单选：布线网络 / 拐角 / 已有导线过孔 保留·移除 / 效果优先级；
+     勾选框 `[class*=checkbox_]` 依次 = 所有层 / 顶层 / 底层 / 内层1 / 内层2（`active` 类 = 勾上）；忽略网络列表会记住；按钮「运行」）。
+     点法照 `pour_base.JS_REBUILD` 的 React onClick；脚本在会话临时目录 `run_ar.py` / `dom3.js` / `dom4.js`，要长期用再收进 `ar_hybrid.py`。
+4. ⬜ 布完：只读快照 → 查内层 0 线 / 锁定铜未动 / 敏感网 / D± / 信号线侵入 L1 12V 与 L4 功率铜面（按真实走线做断面校核）→
+   缝合孔（`pour_base.stitch_points` 要改喂板上快照，它默认读 `_base_routes.json`）→ `pour_base --push` 重建铜面 → `board_check --base` → DRC。
+   ⚠ 铜面现在全删了，**不管后面做不做，最后都要 `pour_base --push`**。
+
+## ⭐⭐⭐⭐⭐ 2026-09-10 深夜：参考公开资料后用户拍板的一整套改动（进行中，按顺序做）
+
+调研（Microchip USB2517 检查清单 / AN26.2 / AN15.17、乐鑫 ESP32-S3 布局指南、TI TPS54622 / INA226 / SPRAAR7、
+Ott 叠层、多槽集群底板）之后，用户选定**全部**：
+1. **补 Hub 晶振 1 MΩ 跨接电阻（XTAL1–XTAL2）—— 底板和 R1 载板都补**。检查清单 p9 原文：
+   "A 1 MΩ resistor connected across XTAL1 and XTAL2 is **required**. Failure to place this resistor will result in unstable
+   crystal operation."；数据手册 p52 Figure 9-1 也画着 1Meg。板上 XTAL1/XTAL2 只有 U32 / Y1 / C740 / C741 —— **漏了**。
+2. **Hub 改回 strap 模式（`CFG_SEL=000`）用 `PRT_SWP` 翻转北去三对 D± 极性**，删掉 U 形掉头 —— 推翻决策 #19（仅底板；R1 不变）。
+3. **U32 周边按检查清单重摆**：VDDA33 每脚 0.1 µF、VDD18PLL 1 µF 紧贴，RBIAS 紧贴 + 独立地孔，晶振 + 1 MΩ + 负载电容成团。
+4. **敏感网单层 + 换层回流**：晶振 / RBIAS / VDD18PLL / Buck 反馈 / Kelvin 只走 L4；D± 每根 ≤ 4 孔；换层孔旁补 GND 孔；天线附近缝合孔 2~3 mm。
+5. **L2 由整层 +3V3 改整层 GND**（双地，+3V3 ≈ 0.5 A 改走线）—— 改 D15 的 L2 决定。
+顺序：原理图（1、2）→ 叠层 / 规则（5）→ 摆位（3）→ 布线规则（4 + 去掉 U 形掉头）→ 服务器重布 → 下发 → 铺铜 → 验收。
+
+**第 1 阶段（底板原理图，A4-HUB 页）进度**：
+- `a4_hub.py` 已改（离线自检全过：38 件 / 137 段 / 短路 0 漏连 0 悬空 0）：`to_strap_mode()` 把 13 脚端口改名 GND、
+  R712 上拉旗换地旗；`add_straps()` 加 R724~R726（51/49/47 上拉 +3V3_HUB）、R727~R729（33/31/17 下拉 GND）、
+  R723 1 MΩ（Y1 正上方 y=800，两端 XTAL1/XTAL2 端口）；NC 表移出六个 strap 脚；B 块说明重写。
+- 1 MΩ 器件：`lib_Device.search()` 本机报 `TypeError: o[r].match is not a function`（传不传库 UUID 都一样），
+  改用 **`lib_Device.getByLcscIds(['C26083'])`** 取到，`lib_Device.get()` 核过是 0402WGF1004TCE 1MΩ；已写进 `eda-parts.json`。
+- 文档已同步：五路设计文档决策清单 **19a**、§21.4 晶振表补 1 MΩ 行；R2 方案文档 BOM 表 Hub 行。
+- U32 strap 脚在底板上的位置（2026-09-10 实测）：51/49 在西（外侧 1.6~2.2 mm 是 C751/C749）、47/33 在南、31/17 在东，
+  外侧只有去耦和可改道的布线 —— 比 R1 载板（三颗 0 解）好，摆位阶段与去耦一起求解。
+- ⭐ **补一处关键遗漏**：PRT_SWP 只在片内对调，原理图上 Hub 侧 1/2、3/4、6/7 脚的端口网名**也要对调**
+  （1 脚 → USB1_DP …，`SWAP_ROWS`），否则片内翻了、网表没翻，极性反而错。
+- 截图发现的三处排版问题（几何验证 / text_clash / flag_clash 都抓不到）已修：
+  ① R728（31 脚）的 GND 端口标签被 R709/R710 的 `VBUS_DET` 输出端口 (90,360) 标签顶住 → 改挂一面朝上的地旗；
+  ② 平移过来的 VBUS 分压块 `VBUS_UP` 标签压 R725 → 整块再右移 40（`SHIFT_D=(40,380)`），R725 右端改竖线接到 47 行（端点相交）；
+  ③ strap 电阻相邻两行只差 20：上一颗阻值字（`Name`=`{Value}`，本体下 15）落在下一颗位号（本体上 5）上 →
+  下发后用 `sch_PrimitiveAttribute.modify(id,{valueVisible:false})` 隐藏 R724~R729 阻值字（R725 实测读回生效；
+  清页重画会冲掉，已写进 `a4_hub.hide_strap_values()` 随每次下发走）。
+  新增 `port_label_clash()`：端口标签盒 vs 端口标签 / 两脚件本体，只报告不拦（R1 原有 VDD18 竖端口那条是盒子模型误报）。
+- `verify_sch` 的 FAIL = NC 表那 26 只故意悬空的脚（U32 ×24 + J23 A8/B8），逐只对上，预期内；`xpage` 漏接 0。
+- ✅ A4-HUB 已下发（第四版）：38 件逐脚核对、strap 阻值字隐藏并存盘；verify_sch 的 ! = NC 26 只；xpage 漏接 0。
+  截图 `a4_hub_000d.png` 已发给用户，**等用户确认方向与排版**。
+- ✅ 用户确认排版（2026-09-11）。**PCB 导入变更已完成**：
+  - 整页重画让 A4-HUB 31 件的 uniqueId 整体 +66（skill §9o-2），对话框原本是 31 移除 + 38 增加（整窝 Hub 删了重建）。
+    新脚本 **`r2/uid_sync_base.py`** 按位号两阶段写回（旧值快照 `_base_uid_pre_sync.json`），回查 138 件一致无重号。
+  - 之后对话框（`p1_import_rows2.py --base`，已加 `--base`）只剩真实差异：增加 R723~R729 ×7、改网络 18 条
+    （U32 1/2、3/4、6/7 对调；13 脚与 R712.2 → GND；六只 strap 脚接新网；J23 CC 两个自动网名换号）、通道ID 属性 33 条。
+    `pcb_import.py --base --apply --verify`：145 件位号 + 封装逐件对上；板上焊盘网名逐项读回核对无误。
+  - `place_base.dump_live_positions` 的件数断言由写死 138 改为读原理图 BOM 件数。
+
+**第 3 阶段（U32 周边按检查清单重摆）✅ 已下发并读回**（`place_base.py --only-hub --push`，29 件，
+其余 116 件钉在板上现位不动；145 件位姿逐件对上、离线镜像模型与板上焊盘最大差 0.003 mm、朝向断言全过）：
+- ⭐ **用户拍板（2026-09-11）：放开 U32 正南（J37 北排投影）/ 正北（J36 南排投影）两条窄带给 Hub 卫星件**
+  （`place_base.HUB_STRIPS`，推翻「插槽过孔带不放件」在这两小段上的适用）。不放开的话 46 脚去耦只能到 7~8 mm、
+  5/10 脚去耦 >15 mm（47 脚夹在 46 西边只能南出；5/10 脚被 D± 围死）。
+- 摆法见 `place_base.HUB_SAT` 注释（逐脚手排，坐标相对 U32 中心，U32 挪了会跟着走）；卫星件免 U32 扇出圈。
+  焊盘中心距：VDD18PLL C743 1.37 / RBIAS R708 1.67 / VDD18 C742 1.34 / VDDA33 5·10·52·57 = 1.29·1.29·1.38·2.97 /
+  VDD33 46 C749 1.29 / 24 脚 C748 1.45 / VDD33PLL 64 C746 2.18；晶振 Y1 rot 0（X1 西北、X2 东南）+ C740/C741/R723 成团；
+  strap 2.0~5.6（直流，不敏感）。C751 10µF 放 DP_H 车道东边（+3V3_HUB 入口）。
+- 南带：C749 正对 46 脚；45→40 脚的件往东排成阶梯（每脚一层，40 脚 33.15、往西每脚低 0.30），R709 挂在 44 脚那层延长线上；
+  最西的 R720 下沿到 y 30.27（进 J37 两排之间 ~1 mm）。这段 J37 北排槽针的过孔要改打到两排之间。
+- ⚠ 第 4 阶段要一起定的：① C750/C747（5/10 脚）地脚朝北，地孔拟打在正上方 J36 南排 GND 针 49.5 / 52.5 的**盘中孔**
+  （要塞孔）；北去 D± 出脚各让 ~0.06 mm，USB3 在 C750 上方向西；② 57 脚的线要从 USB6 / 上行两组过孔之间斜下到 C745；
+  ③ R716（HUB_RST 上拉）的 +3V3_HUB 脚在 J37 两排之间，要沿 L4 接回西南 R726 那一撮；
+  ④ HUB_CX 东移 2.5 的理由（USB3 U 形掉头）已不存在，D± 构造重画时再决定回不回 49.0（卫星件坐标跟着 U32 走）；
+  ⑤ 板上 Hub 区的旧走线已全部失效，服务器重布前 `--clear`。
+
+**第 5 阶段（L2 由整层 +3V3 改整层 GND）✅**（2026-09-11）：
+- 代码侧上一轮已改好（`pour_base` 计划 GND-L2 ×13、`route_base.PLANE_NETS = ('GND', '+12V')`、`board_check --base`
+  把 +3V3 当布线网查）；这轮补了 `pcb_base` / `route_base` 里还写着「L2 +3V3」的注释。
+- 板上：`pour_base.py --swap-l2`（新）只删 L2（Inner1）的 13 块 +3V3 铜面轮廓、按计划建 13 块 GND-L2，**没有重填**；
+  读回 L2 = GND ×13。填充留到服务器重布之后 `pour_base --push` 统一做。两层内层在 EasyEDA 里本来就是 SIGNAL（正片）层，不用改层属性。
+  离线 `pour_base.py` 自检全过，断面校核不变（VIN_SW 7.41 / L1 12V 13.20）。
+- ⚠ 后果（第 4 阶段处理）：+3V3 现在是 **47 只焊盘的布线网**，其中五个槽各 3 只（南排 x 39.5、北排 x 40.5 / 41.5，在 L1），
+  以前一针一孔扎进 L2 就完事，现在要一条 ~0.5 A 的干线（线宽 0.4）把 U19 → U20 / U35 / U6 / U7 / 五槽串起来；
+  板上还有 34 个 +3V3 过孔原来是往 L2 扎的，现在悬空，重布 `--clear` 时一起删。
+
+**第 4 阶段（布线规则 + 去掉 U 形掉头）✅ 代码完成、本地静态校验全过，还没上服务器重布**（2026-09-11）：
+- **D± 构造重画**（`route_base.dp_construct`）：口 1~3 片内对调后北去三对与槽上同序，`usb3_uturn` 删除。
+  USB1/2 阶梯 45° 上车道北上，到目标槽南排**外侧**东拐、在焊盘南端外打孔从南边进；USB3 贴着 C750 东侧直直北上，
+  在 J36 两排之间西拐（DP 48.2 / DM 48.9）打孔从北边进；USB4 越过 5/10 脚供电孔再东去 DP_H（47.75 / 48.25）；
+  USB5 出脚就东拐（43.75 / 44.25，C747 压在上面）。**USB1~5 每根 1 个孔**，构造长度差 0.5~1.9 mm。
+- **U32 北沿**（`u32_north` 重写）：5/10 脚竖线北上 → 半路横接 C750 / C747 → J36 两排之间打孔上 L1 → L1 东去 x 66
+  落孔回 L4（虚拟落点 `fan:e3v3` 交给 A* 接 +3V3_HUB）；电容地孔也在两排之间（**不用盘中孔了**）；13/19 脚直连散热盘。
+  为此 **C750 挪到 5 脚西侧 (49.20, 45.91)、C747 挪到 10 脚东侧 (52.95, 45.25)**（焊盘中心距 2.52 / 1.93 mm）：
+  5/10 脚除了去耦还要供电，窄带正上方是 J36 南排焊盘，供电孔只能落在两排之间，电容只能偏到供电线一侧；
+  **C744 南移 0.15**（离 USB6_DM 西侧孔原来只有 0.04）。三件都已下发并读回。
+- **敏感网只走 L4**（`NOVIA_NETS`，A* 过孔代价 1e9、路径一换层就作废记未完成）：XTAL1/2、RBIAS、VDD18PLL、VDD18、
+  两颗 Buck 的 FB（U19.4 = FB3V3、U30.4 = 自动网名，按脚取）；Kelvin 两条走同一个无孔 A*。
+- **D± 换层旁补 GND 回流孔**（`dp_return_vias`，离最近换层孔 ≤ 1.3、最远 ≤ 2.6，可共用）：静态校验 7 处放了 6 颗
+  （上行 / USB6 共用一颗）；**每根 D± ≤ 4 孔**（`dp_via_limit`，超了记未完成）。
+- **天线净空周边加密缝合**（`pour_base.stitch_points`）：离净空框 0.9~3.0 mm、间距 ≥ 2 mm，干跑 10 颗（西 6 / 南 3 / 北 1）；
+  缝合孔统一落在 1 mm 子网格上，`pour_base.stitch` 删旧孔、`route_base.load_board_vias` 认缝合孔都改按子网格判。
+- 本地只跑了**纯几何**的构造 + 回流孔校验（`j23_bridges` / `u32_north` / `dp_construct` / `dp_return_vias`，不含 A*）。
+- ✅（2026-09-11 做完，见下面「第 4 阶段服务器重布」）服务器重布（`remote_route.ps1 -AcceptAny`，摆位 / 构造都改了，旧缓存没有可比性）→ `--clear` → `--push --force`
+  → `via_check` → `reload_base` → `pour_base --stitch` / `--push` → `board_check --base` → DRC。
+  +3V3 这回先按普通网布一轮（47 只脚，其中五槽各 3 只在 L1），不行再上构造干线。
+- ⚠ 预判的难点（第 3/4 阶段一起设计）：极性翻转后 USB3 从 U32 6/7 脚直接西北斜出接 J36 46/47；
+  夹在 USB2 与 USB3 之间的 **5 脚（+3V3_HUB）原来往北出线，会被这对斜线挡住**，脚距 0.5 旁边塞不下过孔；
+  10 脚同理。13 脚改 GND 后可从焊盘向内接散热焊盘（EP=GND）。`u32_north` / `usb3_uturn` / `dp_construct` 的
+  脚号 ↔ 网名假设都要按新网表改（现在 1 脚是 USB1_DP）。
+- ⬜ R1 载板补 1 MΩ（C2-HUB 页 + PCB2 找位置）。
+
+**第 4 阶段服务器重布（2026-09-11 上午）**：
+- 第 16 轮（`-Variants @('--grid 0.125','--grid 0.125 --repair') -AcceptAny`）：v0 单轮胜出 **147 条**（拆线重布 50 轮 56 → 56 原地踏步，20 分钟白跑）。
+  总数比板上 160 版少，但**信号网 25 → 40**（降的全是 GND 打孔 80 → 51、+3V3 10 → 0）；存 `_base_routes.r16-147.json`，没下发。
+  XTAL1 / RBIAS / VDD18PLL 仍然没通 —— 第 3/4 阶段就是冲着它们去的。
+- ⭐ **根因：D± 回流孔落进晶振通道**。`dp_return_vias` 在所有信号网之前落孔、挑离换层孔最近的空格，
+  上行那组挑了 (45.12, 40.62) —— 正好堵死 U32.60/61 往西的直出通道（孔外径 0.6，y 40.22~41.02 全堵）；
+  XTAL2 只好北绕，绕出来的线又把 61/62/63 圈在它和芯片之间（NOVIA 不能打孔逃出来）。
+  ⚠ 起初以为是卫星件的 GND 孔 —— 不是，普通 GND 孔是 `late`（信号之后）打的。
+- ⇒ 新构造 **`route_base.u32_west()`**（在 `dp_construct` 之后、`route_pairs` / 回流孔之前，坐标全按焊盘推算）：
+  XTAL2 60 脚直西进 Y1.3（比脚心线高 0.07 让上行 DP 孔，3.85 mm）；XTAL1 61 脚西去、从 Y1 上下两排焊盘正中穿过进 Y1.1
+  （盘距 0.5，0.15 线两边各 ~0.175，6.64 mm；Y1 对角焊盘、XTAL1 的盘在远端，这已是最短）；VDD18PLL → C743.1 1.46 mm；
+  RBIAS → R708.1 2.02 mm；**VDDA33 57 → C745.1、52 → C744.1**（各只有一条缝，回流孔改落 (45.25, 38.25) 时又正压 57 脚那条）。
+  本机静态校验（构造 + geom_check + 回流孔，不含 A*）全过；构造图 `static_west.png`（会话临时目录，没存）。
+- 第 17 轮（单轮 `--grid 0.125`，PyPy 153 s）：**144 条、信号网 38**，XTAL1 / RBIAS / VDD18PLL 通了；新坏 $4N596（51 脚被 52 脚构造 + C744 挤到
+  只剩一条 ~0.19 宽的竖缝）。D± 七对与第 16 轮完全相同（USBUP DM 仍 8 孔超上限）；NPTH 零压孔。已接受为 `_base_routes.json`。
+- 剩余信号网：Hub 本地 CFGSEL1 / VBUS_DET / $4N596 / +3V3_HUB（e3v3 落点、C744.1 另一头）；回流孔 USB6 / 上行 ×2 落不下；
+  其余是老面孔（U20 扇出一带 EFUSE_EN3~5 / PRSNT2#/5# / NTC1 / INT# / RXD0 / UP_VBUS_DET / FAN_TACH_IN、U35 的 SDA1/4/5 / SCL4、
+  风扇区 $6Nxx / FAN_12V_SW / FAN_PWM_L、J23 VBUS_UP、+5V J37、SDA / INA_ALERT、VIN_SW C4.2、+12V R4.2）。
+- ⚠ **+3V3 改布线网后占 367 mm 铜 + 47 孔**（平面时 41 mm），约全板走线的 9%，U20 / U35 一带变差多半是它挤的 ⇒ 下一步考虑构造干线。
+- ✅ **第 17 轮已下发并验收**：`--clear`（旧线 1857 / 孔 730）→ `--push --force` 2042 段 → `via_check` 642 孔逐个对上 →
+  `reload_base` 通过（板上 1999 段：EasyEDA 把共线相接的段合并了，离线数出可合并 62 处，不是丢线）→
+  `pour_base --stitch --push`：缝合 116 颗、铜面 119 块填 113（功率铜面全填，空的 6 块是 GND-L4 碎瓦片），VIN_SW 最窄 6.80（要 6.5）→
+  `board_check` **没连通 35 个网**，与布线器清单逐个对上（布线器自检另报 XTAL1/XTAL2/$3N173/NTC2「铜分成 2 块」，读板判全通，是它的误报）。
+  DRC 间距错误 **21 条**：+3V3/+5V 线到异网孔 4.9~5.4 mil ×15（新）、GND 回流孔离 USB3_DM 构造孔 5 mil ×1（新）、
+  UP 对内 7.3 mil ×4、板边 $1N114 1 mil ×1；另插槽封装自带 5 条、UP 对 7 段 0.15 颈缩。
+- ⭐ **DRC 新增那 16 条的根因：占用图「过孔图」的口径错了**（`route_base.grid_now` 与 `router.route_groups` / `pf_solve` 同一段写法）：
+  ① 已布线打进过孔图时 `extra = VIA_D/2 + CLR − (halfw + ww/2)`，**丢了这条线自己的半宽** —— 0.4 的线旁 0.625 处照样能落孔（净距 0.125）；
+     正确是 `VIA_D/2 + CLR − halfw`（和 `build_grid` 里焊盘 / 旧孔同一套）。历来的「+5V 线离信号孔 4.9~5.4 mil」也是它。
+  ② 已布的孔只 `block_rect` 进了走线图、**没进过孔图**，`free_via` 看不见它们 —— 回流孔 / GND 孔可以贴着别人的孔落。
+  ③ 修 ① 后过孔图沿用走线图的保守取整（向外多封一整格），细线旁 0.625 这种合法落孔点也没了 ⇒ `Grid.block_both` / `block_track`
+     加 `exact_v`：过孔图用精确模式（格点中心在框内才封），线再补 `VIA_EXACT_M = 0.04` 的采样余量。
+  ⚠ `router.py` 前半段 `plan_all` / `fanout`（刀片那套）的 `block_track` 没改；刀片若再用 `route_groups` 会同样受益（更严）。
+  ⚠ 本机默认网格 **G = 0.25**，服务器是 `--grid 0.125` —— 本机做静态校验 / 单测一定带上 `--grid 0.125`，否则取整会骗人。
+  单测（0.125 网格）6 点全对：0.4 线旁 0.625 封 / 0.75 放；0.15 线旁 0.625 放 / 0.5 封；旧孔旁 0.75 封 / 0.875 放。回流孔 7 处全落下。
+- 第 18 轮（西沿构造 + 过孔图修复，单轮 158 s）：**158 条，但信号网 38 → 37**（新好 $2N70 $3N176 RXD0，新坏 $4N579 PRSNT1#），
+  多的全是 GND 打孔失败 49 → 63（第 17 轮 49 条里读板只有 5 只 GND 脚真不挨铜，其余靠铺铜连上 —— 基本无害）；
+  UP_DM 过孔 8 → 6（仍超 4）。**离线预判 DRC：线到异网孔 0、孔到异网孔 0**（第 17 轮 15 + 1，预判器拿第 17 轮验过与 DRC 一条不差）。
+  `remote_route.ps1` 按总条数判优劣把它拒了 ⇒ **手动接受**（`_base_routes.r18-158.json` → `_base_routes.json`；第 17 轮存 `r17-144.json`）。
+  ⚠ 以后比较版本看**信号网数 + 预判 DRC**，别看总条数（GND 打孔失败会把总数搅乱）。工具：`.claude/r2/route_compare.py [新] [旧]`（默认 新 = `_base_routes.json`、旧 = `r17-144`）。
+- ✅ **第 18 轮已下发并验收（= 板上现在这版，`onboard.json` 已更新）**：NPTH 零压孔；`--clear` → `--push --force` 2007 段 →
+  `via_check` 627 孔逐个对上 → `reload_base` 通过 → 缝合 125 颗、铜面 119 块填 113（功率铜面全填）、断面校核同上 →
+  `board_check` **没连通 34 个网**（不挨铜的 GND 脚仍是 J1.2/J1.3/J26.1/J27.1/U13.7 五只 ⇒ 多出的 GND 打孔失败全被铺铜兜住）→
+  **DRC 间距错误 21 → 1**（只剩板边到 $1N114 1 mil；UP 对内 7.3 mil ×4 也跟着没了，同一个 bug）；差分对 0.15 颈缩 6 段、插槽封装自带 5 条。
+
+**+3V3 定点构造（2026-09-11，用户选「定点改」，不做全套干线）**：
+- 服务器对照实验（`route_base` 新增诊断开关 `--3v3-plane` / `--3v3-skip`，结果只做对照、别下发）：以第 18 轮为底，
+  信号网 **37 → 33（每脚一孔的平面式）/ 29（完全不布）** ⇒ +3V3 最多挡 8 个网，现实能救 3~5 个。
+  完全不布时救回：U20 组 EFUSE_EN4/5、INT#、NTC1、PRSNT1#/5#、UP_VBUS_DET；U35 组 SCL4、SDA1、SDA5；电源旁 $2N72。
+- 冲突定位（拿 skip 版里这些网的走线对第 18 轮的 +3V3 铜）：① 西南段（电源经 x≈29 斜下喂 U13/C11 + y 56.1 那排孔）→ INT#/SCL4/SDA1；
+  ② x≈40 附近 L1 跳线（J36 过孔带里绕 U35 西侧）→ SDA5；③ 北东支 y≈81 / 南东支 y≈55 / U20 的 +3V3 脚附近 → INT#/PRSNT5#/EFUSE_EN5。
+  离 +3V3 铜 1 mm 内卡住的脚只有 6 只，全是上拉 / 分压电阻的信号脚（另一脚就是 +3V3，横排里 +3V3 脚与信号脚交替）。
+- ⭐ 两条几何事实：**插槽键位缺口**（偏移 −5.5 / −4.5 没针，x 42.85~45.15）五个槽两排都没针没孔；但 **NPTH 定位柱也在 x 44.15、槽心线上**。
+  **U13 四面被围**（西 Kelvin、北 12V/VIN_SW 脚、东列信号、南 VIN_SW 铜），+3V3（6 脚）只能从东南角进；L1 在 x < 27.8 是 12V 主块，
+  U13 的信号往东只能先走 L4 —— 旧走法从东北喂 U13 必然横在它们前面。
+- ⇒ **`route_base.v3_trunk()`**（`u32_west` 之后，诊断开关下跳过）：
+  A. U35 东侧旁路：J36 北排 9/10 L1 并线 → 槽内孔 → L4 y 51.0 东到键位列 x 44.0 → 北上穿 A4M 走廊 → y 67.6 西拐 → 孔上 L1 接 J35.40 / 9 / 10；
+  B. U13 东南进：U13.6 ↔ C11.1 往下到 **y 40.45** → L4 东去 → 孔 (28.5, 39.5) 上 L1 → y 39.5 东去横穿 I²C 车道 → 孔 (39.3, 39.5) 回 L4 北上 → 槽外孔上 L1 接 J36.40。
+  17 段 / 5 孔 / ~62 mm，WALL 落点 3 个（旁路走廊中段 ×2、L1 横段中点）；另查 L1 不压 12V 主块 / 指头。
+  ⚠ 起初 B 段走 y 41.9，服务器 geom_check 报「+3V3 线离 +12V 线 −0.325」—— 本机静态校验漏跑了 `kelvin()` / `v12_handoff()`。
+    **本机静态校验要按 plan_all 完整顺序（Kelvin → 12V 过渡 → J23 桥 → U32 北沿 → D± → U32 西沿 → v3_trunk）**。
+  ⚠ 代价：C11 本来就坐在 VIN_SW 铜的东北角里，y 40.45 这条线在 VIN_SW-2 顶端（x 17.1~19.75）划一道 ~0.7 的缝（电流去 Rs6.1 可从缝下过）。
+- ⭐⭐ **顺带挖出 U13 的 SDA / INA_ALERT 一直不通的真正原因：Kelvin IN− 把 U13 东列圈死了**。
+  IN−（+12V，只走 L4、最先布）37 mm：U13.9 → 从芯片底下穿到南边 → y 41.25 东去 → x 23.5 北上 → 斜到 (27.75, 47.4) → 北上 50.5 →
+  沿 y 50.6 西拐到 x 15 → 下到 Rs6.2。它 + IN+（6.7 mm）+ Rs6 + U13 围成闭合圈，东列 SDA/SCL/INA_ALERT 在圈里：L4 出不去，L1 在 x < 27.8 是 12V 主块。
+  根源是引脚顺序与 Rs6 方向交叉：U13.10（IN+，在上）接 Rs6 **南**端 VIN_SW，U13.9（IN−，在下）接 Rs6 **北**端 +12V —— 两条都只许 L4，必有一条绕远。
+  最干净的解：**原理图对调 IN+ / IN−**（INA226 读数变负，固件取一次反）。⬜ 待用户拍板（改原理图 + 导入 + 固件）。
+  固件侧（`firmware/components/drv/ina226.c`）：电流有符号，SW-8 反灌判据靠符号 ⇒ 输入那片（0x43）读数取反即可；ALERT 寄存器没配置过，无告警方向要翻。
+- 第 19 轮（定点构造第一版）：信号网 37 → 40，**但 +3V3 断成 6 块**，结果不作数。两个原因：
+  ① `router.route_net` 的 WALL 种子 bug：种子挑「出口最多」的焊盘（C9），src = 它的出口 ∪ WALL 格点，两者之间没铜 ⇒ 长成两棵树还报布通。
+     已修：有 WALL 就只从 WALL 里挑种子。
+  ② 我的 A、B 两段构造本身不相连（A 接 J36 北排 9/10、B 接南排 40，同槽两排不相通）⇒ 两组 WALL 在两块铜上。已修：B 的 L4 竖线北上穿 J36 槽内东接孔 J。
+  另：B 竖线 39.3 时它的孔在走线图上保守封到 x 40.0，XTAL1 绕 Y1 西侧的 2 格通道被堵 ⇒ 改 38.9。
+- ⭐ **布线器自己的 [连通性] 不可靠**：第 18 轮它报「+3V3 铜分成 11 块」，读板 `board_check` 判通；穿盘而过的线也会报「一根铜都没有」。
+  ⇒ `route_compare.py` 加**离线铜连通检查**（按铜重叠并查集，平面网 GND/+12V 不判）；拿第 18 轮验过：33 个网 = `board_check` 的 34 条去掉 GND 那条。
+  **以后比较版本必须看这一项**（信号网数 + 预判 DRC + 离线连通）。
+- 第 20 轮（构造连成一块 + WALL 种子修复）：信号网 40，**+3V3 仍断成 3 块**。离线找两两最近点：两颗 +3V3 孔 (43.38, 57.50) / (44.62, 56.12)
+  贴着旁路竖段、差 0.12 没碰上 —— `route_net` 给 A* 的是 WALL 落点**外一圈的出口格点**（离中心 0.625），引出脚却只给**种子那一只**补，
+  其余 WALL 的出口只进了 src。已修：出口格点 → 所属落点记成字典，路径从哪个出口出发就给哪只落点补引出脚。
+  ⚠ 这版总数 158 与缓存打平，`remote_route.ps1` **自动接受了**（它只比总条数）⇒ 缓存已换回第 18 轮（= 板上版本）。
+    `remote_route` 的接受判据以后该加「离线连通 + 信号网数」，现在先人工把关。
+- 第 21 轮（WALL 引出脚修复）：**+3V3 终于连成一块**，DRC 预判 0 / 0，但**信号网 37 → 44**
+  （新好 CFGSEL1 VBUS_DET EFUSE_EN3/4/5 SCL4 SDA1 VDAC1 UP_DM FAN_12V_SW FAN_PWM_L $6N45；
+   新坏 19 个，集中在 U32 南侧 strap CFGSEL0 / NONREM0/1 / HUB_RST、U35 北侧 SCL1/2 SDA2 MUX_RST#、VDAC3/4、EFUSE_EN1、NTC2…）。
+  ⇒ **定点构造结论：不采用**。+3V3 真连通之后比第 18 轮布线器自己的走法差 7 个网；「最多挡 8 个」是上限，定点改兑现不了。
+  `v3_trunk` 改为默认关（`--v3-trunk` 才启用，代码留着）；两处 WALL 修复（种子只挑 WALL、全部 WALL 补引出脚）与离线连通检查是真 bug 修正，保留。
+  **板上仍是第 18 轮，缓存 = `onboard.json` = `r18-158`**。各轮缓存：`r19` / `r20` / `r21`（均未下发）。
+
+**⬜ 下一步（按收益排）**：
+1. ~~+3V3 构造干线~~ → 定点构造做了 4 轮（19~21），**不采用**（+3V3 连通后信号网 44 > 37），保留第 18 轮。
+   ✅ **U13 Kelvin IN+/IN− 对调（2026-09-11 用户同意）**：
+   - 原理图 `a1_input.py`：删 R1 的三段（10 脚直通 Rs6.1、9 脚短竖线、9 脚并 VBUS 横线），9 脚折线进 Rs6.1、10 脚挂 +12V 旗
+     （原理图上也会交叉，所以用旗）；说明并进右下【D】组（第一次放 (60,326) 压了 R6 旗的**标签** —— text_clash 只比引脚点，截图才看出来）。
+     verify_sch PASS（U13.9 与 Rs6.1 同在 VIN_SW、U13.10 = +12V）、xpage 漏接 0、`port_audit --r2 BASE` 355 个可疑 0。
+   - ⚠ `a1_input.py --push` 原来**不存盘** ⇒ 新元件没有 uniqueId；存盘了也还是空，**要打开一次「从原理图导入变更」对话框才分配**
+     （gge176~200）。之后 `uid_sync_base.py --push` 对齐 25 件，对话框只剩：通道ID 属性 + 无名网络换号 + **U13:9 +12V→VIN_SW、U13:10 VIN_SW→+12V**。
+     `--push` 末尾已补 `sch_Document.save()`。`pcb_import --base --apply --verify`：145 件逐件对上。
+   - 固件（`firmware/`，⚠ 这套是 **R1** 的固件）：`ina226_set_reversed(addr, bool)` / `ina226_is_reversed()`，只对分流电压 / 电流取反，
+     默认全部正接（R1 不变）；`test_ina226` 17 → 20 例全绿，`host/test.sh` 14 组全绿。R2 固件启动时要对 0x43 打开（R2 方案文档 §8.1 A3 那行已写）。
+   - `route_base.KELVIN`：U13.10 ↔ Rs6.2、U13.9 ↔ Rs6.1。
+   - ⚠ 导入之后发现**板上布线不是第 18 轮**（四层都有线、136 孔、无 GND 孔，疑似客户端里跑过 EasyEDA 自动布线，07:38 之后；摆位 145 件未动）。
+     已备份到 `_base_board_backup_0911_0807.json`（2654 段 / 136 孔），用户选「覆盖，按新 Kelvin 重布」。
+   - `place_base.py --dump` 的 `DUMP_JS` 原来**不自己开文档**（skill §9l）：导入后前台是原理图 ⇒ `getAll()` 回 null、报 reading 'map'。已补 `openDocument`。
+     重抓后 `_base_pads.json`：U13.10 = +12V、U13.9 = VIN_SW（836 焊盘 / 113 网）。
+   - 第 22 轮（新 Kelvin，`-AcceptAny`）：信号网 38、离线断开 35、预判 DRC 0/0。**两条 Kelvin 缩到 7.3 / 6.7 mm**（原 IN− 37 mm 的圈没了），
+     U13 的 **SDA / SCL 通了**；INA_ALERT 仍不通 —— 2/5 两只 SCL 脚从芯片底下连（挡西）、SDA 出脚就斜向东北（挡东），3 脚夹死。
+   - 第 23 轮（`EARLY_NETS = ('INA_ALERT',)`，普通信号之前先布）：**信号网 35、离线断开 32**（历来最好），INA_ALERT 通了，
+     但反过来 SDA / SCL 在 U13 断了。三个网抢同一侧出口，调顺序只能二选一。
+   - ⇒ `route_base.u13_fan()`：3 / 4 脚各平直东出 1.2 mm（0.5 间距上 0.15 线净空 0.35），末端给 A* 落点；2/5 两只 SCL 照旧。
+     第 24 轮：信号网 38、离线断开 35、**预判 DRC 冒出 2 处**（GND 线离 EFUSE_EN5 孔 0.03），SDA 从直出末端照样出不去 —— 卡的不只是出脚。
+     `u13_fan` 改为默认关（`--u13-fan` 才开）。
+   - ✅ **下发第 23 轮**（总体最好：信号网 35 / 离线断开 32 / 预判 DRC 0）。代价：U13 的 **SDA / SCL 没接上**（INA_ALERT 通）。
+     第 22 轮正相反（SDA/SCL 通、INA_ALERT 不通，但总数多 3）—— 缓存 `r22` 留着，要换随时换。
+     各轮缓存 `r22` / `r23` / `r24`。
+   - ✅ **U13 三个网整体构造出线（2026-09-11 下午，`route_base.u13_esc()`，默认开，`--no-u13-esc` 关；接替 `--u13-fan`）**：
+     - 走法（全在 L4，39 mm，2 孔）：SCL 2/5 在芯片底下 x 20.5 相连，5 脚东出 → 45° 下到 y 41.9 东去 → 孔 (28.3, 41.9) 上 L1
+       （J37 / J36 两个 12V 指头之间那条 L1 横带）；SDA 4 脚 45° 东北 → 外壳盘孔阵两行之间 y 48.0 东去 → 孔 (33.0, 48.0) 上 L1；
+       INA_ALERT 3 脚 45° 东北（与 SDA 平行，中心距 0.354）→ R9E 与 J36 外壳盘孔阵之间那条 1.4 mm 走廊 x 27.05 北上到 y 57。
+       三个末端各给 A* 一个落点（`esc:SCL/SDA/INA`）。本机静态校验：geom_check 过，早段 GND 孔阵（R9E.2 / J36.65）余量 0.235、一颗不挤。
+     - ⭐ **第 22~24 轮的过孔快照里有 131 颗 EasyEDA 自动布线残孔**（`_base_board_vias.json` 08:21，推第 23 轮之前抓的），
+       那三轮都把它们当固定障碍绕着布（U13 旁就有一颗 VIN_SW、U35 西头有 INA_ALERT / SDA 的）。
+       重抓后「其余」= 0（715 = 布线 593 + 缝合 122）⇒ 第 25 轮起才是干净的对照，**第 23 轮的 32 不能直接拿来比**。
+     - 服务器结果（离线铜连通口径）：
+       · r25-v0 不构造（干净基线）：31 个网断开，U13 的 SDA 不通
+       · r25-v1 构造、SDA 孔 31.5：33，U13 三网全通（多断的在 U35 西头 SCL4 / SDA1 —— SDA/SCL 真接上后占了穿 J36 北排那条 L4 带）
+       · r25-v2 构造 + `--no-early`：37，INA_ALERT 反而不通
+       · r26-v0/1/2/4（INA 北端 53 / SDA 不打孔 / SCL 不打孔 / 组合）：33，与 r25-v1 断开清单完全相同
+       · **r26-v3 SDA 孔 33.0：29，U13 三网全通**（逐块核过：SDA 7 脚 / SCL 8 脚 / INA_ALERT 3 脚各一整块），预判 DRC 0/0，NPTH 零压孔。
+         布线器自检报「SDA 分成 2 块 / SCL 3 块」是误报。对第 23 轮按日志口径：新好 SCL SDA SCL1/2 SDA1/2/5 MUX_RST# CFGSEL0
+         NONREM0/1 HUB_RST FAN_EN FAN_PWM IO0 EFUSE_EN1 $2N72；新坏 INT# NTC1 EFUSE_EN3/4/5 SCL3 XTAL1 CFGSEL1 VBUS_DET UP_DM（6 孔）$2N70 风扇区 $6N45/48/55/64。
+     - 缓存：`r25-v0/1/2`、`r26-v0~4`（同名 `.log` 是服务器日志）。
+     - ✅ **r26-v3 已下发并验收（用户同意；= 板上现在这版，`_base_routes.json` = `onboard.json` = `r26-v3`）**：
+       `npth_base --check-routes` 零压孔 → `--clear`（1953 段 / 715 孔；清完读板四层导线 0、过孔 0，无内层残线）→
+       `--push --force` 1935 段 → `via_check` 618 孔逐个对上 → `reload_base` 通过（板上 1870 → 1869 段，共线段合并）→
+       缝合 113、铜面 119 填 111（功率铜面全填，空的 8 块是 GND 碎瓦片）、VIN_SW 最窄 7.41 / L1 12V 13.20 →
+       `board_check` **没连通 30 个网**（第 23 轮 33；其中 GND 那条是不挨铜的 5 只脚 J1.2/J1.3/J26.1/J27.1/U13.7，
+       U20.40 / U30.1 这回挨上了 ⇒ 真断 29 = 离线预判）→ **DRC 间距错误 1 条**（板边到 $1N182 1 mil，老问题）；
+       差分对 UP 0.15 颈缩 6 段、插槽封装自带 5 条，同前。
+     - `remote_route.ps1` 改：每个变体都拉回本机 `_base_routes.var<k>.json / .log`（原来只留最优，对照组随远程目录一起删了）。
+       ⚠ 它仍按**总条数**自动接受：第一批自动接受了最差的 v2，第二批接受的 v3 碰巧是对的 —— 跑完一律按离线连通人工复核、手动换缓存。
+       `route_base --u13e NAME=VAL`（可多次）在变体里改 `U13E_*` 参数，不用改文件。
+     - ⚠ A* 对小改动极敏感（一处改动就有 10~15 个网洗牌）：单次结果看不出趋势 —— 先定好对照组，参数扰动开一批并行变体挑最好的（服务器 24 核）。
+   - ✅ **第 23 轮已下发并验收（= 板上现在这版，`onboard.json` 已更新）**：NPTH 零压孔 → `--clear`（⚠ 只删 L1/L4 的 1926 段）→
+     **另删内层 15/16 遗留的 724 段**（自动布线留下的；我们的设计从不在内层走线；循环删到 0，L1/L4 数目不变）→
+     `--push --force` 1986 段 → `via_check` 593 孔逐个对上 → `reload_base` 通过（145 / 1953 / 593 / 836）→
+     缝合 122、铜面 119 填 113（功率铜面全填）、VIN_SW 最窄 7.41 → `board_check` **没连通 33 个网** → **DRC 间距错误 1 条**
+     （板边到 $1N182 1 mil，老问题，R9 串联段换了自动编号）。
+     ⚠ `route_base --clear` 只清 L1/L4 —— 板上若有别处来的内层线，要另删。
+   - ⬜ **不挨铜的 GND 脚 5 → 7 只**，新增 **U20.40（ESP32 接地焊盘）/ U30.1（5V Buck 地）**，要补地孔（其余 J1.2/J1.3/J26.1/J27.1/U13.7 同前）。
+   - ⬜ A1 页截图（`a1_swap2.png` 已发用户）等用户确认方向与排版。
+   - ⚠ 改 `.claude/r2/` 下的文件时别和 `remote_route.ps1` 同时跑：它先在本机 import `route_base`（间接 import `place_base`）再打包 —— 
+     改到一半的 `place_base` 让第 22 轮第一次在 `--snapshot-vias` 就挂了。
+2. **U32 南沿 strap / VBUS_DET 构造**：$4N596（51 脚被 52 脚构造 + C744 挤到只剩 ~0.19 的竖缝）、CFGSEL1（42 → R712）、
+   VBUS_DET（44 → R710）；+3V3_HUB 的 R716.2 / C749.1 / e3v3 落点。
+3. 回流孔：USB6、上行两处落不下（西侧孔带两边是晶振 / 57 脚构造）；UP_DM 6 孔超上限 4。
+4. 风扇区（$6N45/48/55/64/74、FAN_12V_SW、FAN_PWM_L）、J23 VBUS_UP、+5V 槽针（11 只全落空）、VIN_SW C4.2、+12V R4.2 —— 老面孔。
+   （~~SDA / INA_ALERT~~ 已由 `u13_esc` 解决，第 26 轮。）U20 北沿一带 INT# / NTC1/2 / EFUSE_EN3~5 / PRSNT 这回集中断在一起，值得单独看。
+   **U20 一簇诊断（2026-09-11 下午，进行中）**：
+   - 切线量化（U20 以南横切 y 58/50/40/30、竖切 x 70/60/50）：L4 每道切线空余 100+ 条道、只用了 4~7 条 ⇒ **不是通道容量**；
+     失败的 13 个网一根都没穿过任何一道切线 ⇒ 是端点被围。
+   - 新工具 `reach_audit.py`（**只在服务器跑**，占用图上泛洪；本机 `/tmp` 下 `remote_audit.sh` 打包上传）：默认 = 每个失败网的连通域 + 围墙网；
+     `--dump` 导出两层掩码（本机画图）；`--starts` 按 route_net 的起步方式复核；`--replay` 在最终占用图上原样重放 route_net；
+     `--dbg-cmp` 和 `route_base --dbg-nets`（失败那一刻存占用图）配对，逐格比「当时封、最终空」。
+   - 结论分两类：
+     · **B 类（最终图上也不通，真被围）**：一道横贯全板、两层同时封死的南北墙 —— L1 是 U20 扇出后西去的横线带（y 55~63、y 76~83）
+       + U20 西侧 x 70~75 那列扇出孔，L4 同一处是 U35 / U6 / U7 与它们的竖线、孔（围墙网：MUX_RST# RXD0 TXD0 IO0 +3V3 $6N49 GND）。
+       被它切断：INT#、NTC1、SCL3、$6N55、$6N64、FAN_PWM_L、+5V（J34/J35 段）；局部口袋：NTC2（U20.38）、EFUSE_EN3（J36.11）、SDA4（U35.10）、PRSNT2# / PRSNT5#、风扇区几个。
+     · **A 类（最终图上重放布得通，布线当时却报没布通）**：EFUSE_EN4/5、UP_VBUS_DET（第 26 轮还有 PRSNT1#）。最终图的铜只比当时多，本不该这样。
+   - 顺带修掉 `route_net` 途中封过孔图的口径 bug（刚打的孔按 VIA_D + 2·CLR = 0.92 保守封 ⇒ 应为 VIA_D + CLR = 0.76 精确；刚布的线少算了自己的半宽），
+     和 `grid_now` / `route_groups` 开轮建图同一套：`router.VIA_MAP_FIX = True`，`route_base --old-viamap` 退回旧口径做对照。
+     第 27 轮 A/B：旧口径与 r26-v3 **一段不差**（开关干净、结果可复现）；新口径 离线断开 29 → 29、孔 618 → 602、预判 DRC 0/0
+     （新好 PRSNT1# PRSNT2#，新坏 FAN_TACH_IN PRSNT3#）。**A 类没救回来 —— 这个 bug 是真的，但不是主因**。缓存 `r27-v0/1/2`（均未下发）。
+   - ⭐ **A 类根因（`route_base --dbg-nets` + `reach_audit --dbg-cmp`，服务器 `/tmp` 下 `remote_dbg.sh`）**：失败那一刻比同一次运行的最终占用图
+     多封了 L1 458 格 / L4 276 格，按归属网的外框看**全在各网自己的焊盘附近**（SDA 的外框正好框住 U35/U6/U7/U20/R602）。
+     存缓存前没有改几何的后处理（只有 dedupe_vias），所以不是「后处理收紧」—— 是 **`route_net` 途中给引出脚占位时挑形状用的是主图 `g`
+     （种子那条干脆不传图），而 `route_groups` 真正发出去的引出脚用 `gt`**，两边挑出的直线 / L 形不一样：占的是一个形状、发的是另一个，
+     每个网在自己脚边多封一小片「影子引出脚」，后布的网被它们挡死。`route_groups` 里本来有「两边判据必须同一张图」的注释，`route_net` 漏了。
+     ⇒ `router.STUB_SAME_GRID = True`（占位也用 gt；引出脚的过孔图口径和干线一致），`route_base --old-stub` 退回。
+     ⚠ **更正：第 28 轮 A/B 三组（新 / `--old-stub` / 扰动）与 r27-v0 逐段相同** —— 引出脚占位的形状在实际上没有差别，「影子引出脚」**不是**根因。
+     `STUB_SAME_GRID` 让占位与发线同判据，本身是对的，保留（对结果零影响）。缓存 `r28-v0/1/2`（= r27-v0，均未下发）。
+     存缓存前只有 `dedupe_vias`（只补线不删线）、单轮 `--passes 1` ⇒ 失败时刻的铜应是最终铜的子集，那 458 格从哪来仍待查；
+     另一个嫌疑是 `route_net` 的起点 / 终点筛选（终点只取最近 24 个出口、种子按出口数挑）—— 最终图上的重放是按最终图重算的起终点，不一定和当时一样。
+     ⭐⭐ **真正根因（`--dbg-cmp` 扩展版）**：① 在失败那一刻的图上泛洪，J37.11 → U20.fan:20 **确实不通**（可达 3011 mm² 但碰不到）⇒ 不是 A* 漏路；
+     ② 差异格点离本网最终走线中位 0.46~0.55 mm，四个样本点**全都挨着一颗落点孔**（SDA 构造孔 (33.0,48.0)、SCL 构造孔 (28.3,41.9)、
+     INA_ALERT 扇出孔 (78.5,76.63)、VDAC5 孔 (49.63,13.38)），最终缓存在那儿都有「两层各一段 0.2 宽」的 dedupe 补接段。
+     ⇒ **影子孔**：扇出 / 构造的落点（虚拟焊盘）只挂在 L1，A* 要走 L4 时不在现成的孔上换层，而是在旁边 0.28 mm 再打一颗孔；
+     它在布线途中一直占着地方（走线图半径 ~0.7），布完才被 `dedupe_vias` 合掉（「同网过孔合并」每轮 57~60 颗），最终图上看不见。
+     U20 西侧那列扇出孔本来就密，EFUSE_EN4/5、UP_VBUS_DET 就是被这些影子孔挡死的。
+     ⇒ `router.VIA_LAUNCH_BOTH = True`：落点形状标 `'VIA'`（扇出落点、U32 北沿 `fan:e3v3`、U13 构造的 SCL / SDA 孔；D± 构造的落点暂不动）的，
+     `route_net._nodes` 把**孔心另一层也算出口**（种子 / WALL 多源 / 终点三处都用它）。
+     第 29 轮 A/B：影子孔 **59 → 25 颗**（剩下的是没改的 D± / GND 落点），但离线断开 **29 → 32**（新好 INT# NTC2，新坏 RXD0 TXD0 SDA2 PRSNT1/2/3#），
+     **EFUSE_EN4/5、UP_VBUS_DET 仍不通**；旧行为对照与 r28-v0 一段不差。⇒ 影子孔是真 bug，但去掉它救不回这几个网 ——
+     U20 西侧就是挤，贪心顺序此消彼长。**`VIA_LAUNCH_BOTH` 默认关**（`--via-launch` 才开，代码留着）。缓存 `r29-v0/1/2`（均未下发）。
+   - **现在的默认 = r28-v0**（VIA_MAP_FIX + STUB_SAME_GRID 开）：离线断开 29、孔 602、预判 DRC 0/0，与板上 r26-v3 同分 ⇒ 不重新下发。
+   - ⭐⭐ **B 类那道南北墙是摆位 / 引脚分配层面的结构问题**（查了墙上各网的两端）：
+     **FAN_TACH_OUT / FAN_TACH_IN / FAN_EN 从 U20 南排（y 60.2，x 82~86）一路西去西北角风扇电路（x 17~27、y 75~95）**，MUX_RST# 从 U20 北排西去 U35.3（36.7, 62.2），
+     这几根东西向长线加 L4 的 U35 / U6 / U7 一片，在 y 60~80 合成两层都封死的墙；往南去槽的 INT# / NTC / EFUSE_EN / PRSNT 全要穿它。
+     （RXD0 / TXD0 / IO0 / EN 只是北去 J33，短，不是主因。）ESP32 在东、风扇在西北、槽在西南 —— 布线器怎么排都是此消彼长，第 26~29 轮四组 A/B 已证。
+     可选方向：① ESP32 引脚重分配（GPIO 矩阵可任意映射：风扇那组换到 U20 北排 / 西列靠北的脚，槽信号换到南排）—— 改原理图 + 固件引脚表，要先做可行性扫描；
+     ② 风扇电路整体东移靠近 U20（改摆位）；③ 定点构造给 INT# / NTC1 / NTC2 等穿墙网画死通道（像 u13_esc，副作用不可控）；④ 剩下的在客户端手工补。
+     ✅ **用户选 ①（2026-09-11）**。现分配方向全反：**NTC1/NTC2 在北排东头（IO1/IO2）却要去南边**（RT601 (85,26) / RT602 (19,8)），**风扇组在南排（IO4~7）却要去西北角**。
+     试算不先改原理图：`route_base --u20-remap A|A2` 只改布线器读到的 U20 焊盘网名（自检：每个网在 U20 上仍恰好一只脚），
+     缓存记 `u20_remap`、`--push` 看到就拒绝；`route_compare` 按同一张表换网名做离线连通。候选（模组脚 → IO，全走 GPIO matrix，不碰 USB / UART0 / strapping / PSRAM）：
+       · A ：4(IO4, ADC1_CH3)=NTC1　5(IO5, ADC1_CH4)=NTC2　39(IO1)=FAN_TACH_OUT　38(IO2)=FAN_TACH_IN　24(IO47)=FAN_PWM　25(IO48)=FAN_EN　6(IO6)=UP_VBUS_DET　7 / 23 空出
+       · A2：同 A，FAN_PWM / FAN_EN 放 23(IO21) / 24(IO47)，25 空出
+     引脚审计（`s3_pin_audit.audit()`，R8 八线严格口径）：现分配 / A / A2 都是 ERROR 0，WARN 同为 IO0 strapping + UART0 两脚（有意为之）。
+     第 30 轮（离线断开，基线 r28-v0 = 29；缓存 `r30-v0/1/2`，带 `u20_remap` 标记、不能下发）：
+       · A：29（新好 INT# NTC2 UP_VBUS_DET $6N64；新坏 EFUSE_EN2 PRSNT2# **RXD0 TXD0**）　· A2：29（同 A）
+       · **A + `--via-launch`：28**（新好 NTC1 NTC2 INT# EFUSE_EN5 PRSNT5# $6N64；新坏 EFUSE_EN2 PRSNT2# RXD0 TXD0 SDA2）—— 目前最好；预判 DRC 均 0/0
+       RXD0/TXD0 断是 A 自己造成的：它们固定在北排 36/37（UART0）要北上 J33，A 把风扇测速放在北排东头 38/39 往西走，正好横过。
+     ⇒ 方案 **B**：38/39 空出，风扇整组集中到西列北段 22(IO14)=FAN_TACH_OUT 23(IO21)=FAN_TACH_IN 24(IO47)=FAN_PWM 25(IO48)=FAN_EN，
+       PRSNT5# 挪到南排 7(IO7)，NTC1/NTC2 = 4(IO4)/5(IO5)，UP_VBUS_DET = 6(IO6)。引脚审计 ERROR 0（同上 3 条 WARN）。
+     第 31 轮（缓存 `r31-v0/1/2`，带 `u20_remap`、不能下发）：**B：27**（新好 FAN_TACH_IN NTC2 PRSNT5# UP_VBUS_DET；新坏 PRSNT2# RXD0）·
+       B + via-launch：28 · A2 + via-launch：27；预判 DRC 均 0/0。
+     六组重分配合看：**NTC2 六组全通**、INT# / PRSNT5# 四组通、UP_VBUS_DET 三组通（方向对了、收益稳定）；
+     但 **RXD0、PRSNT2# 六组全断**（系统性代价，不是洗牌）；EFUSE_EN3/4/5、PRSNT3#、SCL3、SDA4 仍不通 —— U20 一簇 12 → 10，没根治。
+     RXD0 为什么断：**扇出孔落在北排焊盘南边**（84.875, 76.625，模组本体一侧），J33 在北 18 mm —— `fanout()` 只挑「离焊盘最近」的空格点
+       （奇数脚再往外错 1 mm），不管这个网要去哪；重分配后北排周围格局变了，最近的空位正好翻到背离目的地那一侧。PRSNT2# 同样是扇出孔那头没接上。
+     ⇒ `fanout()` 加 **`--fan-dir W`**（默认关）：候选按 距离 + W × 背离程度 排，目的地 = 本网其余脚（含落点）的质心。
+       第 32 轮（`r32-v0/1/2`）：B + fan-dir 1.0：29 · B + fan-dir 2.5：28（EFUSE_EN3/4/5 全通，但新坏 EFUSE_EN2 PRSNT2# RXD0 SCL2 SDA3 SDA5 VDAC5 $3N192）·
+       不重分配 + fan-dir 1.0：31 ⇒ **`--fan-dir` 不采用**（RXD0 照断、洗牌更大；默认关，代码留着）。
+   - **小结（2026-09-11 晚，停在这里等用户拍板）**：U20 一簇做了 7 轮服务器试算（第 26~32 轮）。
+     · 布线器两个真 bug 已修、默认开：途中封过孔图口径（`VIA_MAP_FIX`）、引出脚占位与发线同图（`STUB_SAME_GRID`）⇒ 默认结果 = r28-v0（29 个，孔 602）。
+     · 影子孔（`--via-launch`）、朝目的地扇出（`--fan-dir`）都是真现象，但去掉后不净增 ⇒ 默认关。
+     · 唯一稳定的正收益是**引脚重分配：方案 B 29 → 27**（NTC2 / PRSNT5# / UP_VBUS_DET / FAN_TACH_IN 通；代价 RXD0、PRSNT2# 在所有重分配变体里都断；
+       EFUSE_EN3/4/5、NTC1、PRSNT3#、SCL3 仍不通）。
+     · 落地 B 要改：A3-CTRL 原理图（pinmap_base 那套删端口重建；24/25 要新接线、38/39 改 NC，不是纯互换）→ `pcb_pinswap.py` 的 WANT 表 →
+       `a3_ctrl.py` GPIO 表 / `_esp32_pinmap.json` r2_base（本来就过时）/ R2 文档 GPIO 表 → 服务器正式重布 → 下发验收；
+       RXD0 那一截（扇出孔落在北排南侧）另行手补或单独构造。
+     · 板上仍是 r26-v3，缓存 = onboard；各轮缓存 r25~r32 都在 `.claude/r2/`（r30~r32 带 `u20_remap` 标记，`--push` 会拒绝）。
+     ✅ **用户选「落地方案 B」（2026-09-11）**，已落地（设计记录见 R2 方案文档 §29.6）：
+       · 原理图 `u20_remap_b.py --push`：A3-CTRL 删端口 / 旗 13、删线 7、J33 挪到 (450,420)、画线 7、建端口 12，读回改后状态逐项对上。
+         J33 挪位是因为 U20 的 24/25 两行（y 480/470）原被 J33 的地线和端口标签占着；J33 地线改接 U20 地干线节点 (320,440)。
+       · 验证：`verify_sch` 单脚网络 0 / 无名端口 0 / 一网多名 0（悬空 20 只全是有意空脚，数目与改前相同）；`xpage` 真正漏接 0；
+         `port_audit --r2 BASE` 354 个可疑 0；截图已发用户（⬜ 等用户确认方向与排版）。
+       · PCB `pcb_pinswap.py --push`（WANT = §29.5 那 9 只 + 方案 B 这 10 只，38/39 置空）：19 只读回逐个对上；
+         `place_base --dump` 重抓 `_base_pads.json`（836 焊盘，U20 与方案 B 表全对）；`pcb_import --base --probe`：**导入对话框 0 条变更**。
+       · 源头表：`a3_ctrl.py` 的 PINMAP / U20_NC / J33 画法改成方案 B（顺带更正 §29.5 那 9 只一直没同步进来的网名），本地自检通过、
+         `_esp32_pinmap.json` 的 `r2_base` 由它重写；R2 文档 §20.6 更正、新增 §29.6。
+       · ✅ **第 33 轮（按真实焊盘重布）已下发并验收（= 板上现在这版，缓存 = onboard = `r33-v0`）**：
+         r33-v0 与试算 r31-v0 **逐段 / 逐孔 / 逐条日志完全相同**（原理图 → PCB 焊盘 → `_base_pads.json` 一路与试算一致）；
+         离线断开 27（新好 NTC2 PRSNT1# PRSNT5# UP_VBUS_DET，新坏 PRSNT3# RXD0）、预判 DRC 0/0、NPTH 零压孔；`--via-launch` 那组 28，不用。
+         `--clear` 1869 段 / 731 孔（清完四层 0 线 0 孔）→ `--push --force` 1953 段 → `via_check` 617 孔逐个对上 → `reload_base` 通过（并 4 段）→
+         缝合 113、铜面 119 填 111（功率铜面全填）、VIN_SW 最窄 7.41 / L1 12V 13.20 → `board_check` **没连通 28**（GND 那条同前 ⇒ 真断 27；上一版 30）→
+         **DRC 间距错误 1 条**（板边到 $1N182，老问题）。
+       · ✅ **RXD0 补上 —— 第 34 轮已下发并验收（= 板上现在这版，缓存 = onboard = `r34-v0`）**：
+         `route_base --early-add A,B` 试算开关；`EARLY_NETS` 默认改为 `('INA_ALERT', 'RXD0')`（普通信号之前先布）。
+         第 34 轮三组（离线断开，r33-v0 = 27）：**+RXD0：26**（新好 RXD0 INT# EFUSE_EN5 $6N64；新坏 SCL4 SDA2 VDAC1）· +RXD0,PRSNT3#：29（TXD0 断）·
+         +RXD0,TXD0：28 ⇒ 取 +RXD0。预判 DRC 0/0、NPTH 零压孔。
+         `--clear` 1885 段 / 730 孔（清完四层 0 线 0 孔）→ `--push --force` 2056 段 → `via_check` 636 孔逐个对上 → `reload_base` 通过（并 4 段）→
+         缝合 100、铜面 119 填 113（功率铜面全填）、VIN_SW 最窄 7.41 / L1 12V 13.20 → `board_check` **没连通 27**（GND 那条 = 不挨铜的 6 只脚
+         J1.2/J1.3/J26.1/J27.1/U13.7/**U20.40** ⇒ 真断 26，**RXD0 通**）→ **DRC 间距错误 1 条**（板边到 $1N182，老问题）。
+       · 方案 B 这一簇前后对比（离线断开）：第 26 轮 29 → 第 33 轮 27 → **第 34 轮 26**。U20 一簇仍断的：EFUSE_EN3/4、NTC1、PRSNT2#/3#、SCL3/SCL4、SDA2/SDA4、VDAC1。
+       · ⬜ 待办：A3 页截图等用户确认方向与排版；U20.40（ESP32 接地焊盘）补地孔；R2 固件写的时候按 R2 文档 §29.5 + §29.6 的引脚表。
+       · ⚠ **板上现在没有铺铜**：想借 `reload_base.CANCEL_JS` 关导入对话框，`import reload_base` 却**直接跑了它的主流程**
+         （模块顶层就执行，没有 `__main__` 保护）⇒ 删了 119 块铺铜边框、存盘、重载。重载前后元件 145 / 导线 1869 / 过孔 731 / 焊盘 836 逐项相等，
+         布线和元件无损。下发流程里本来就有「reload → 重铺」，走完下发 `pour_base --push` 会重建；**若最后不下发，也要单独跑一次 `pour_base --push` 补回铺铜**。
+         ✅ `reload_base.py` 已改：顶层 41 行收进 `main()` + `__main__` 保护，import 只拿常量 / 函数（实测 import 后 `CANCEL_JS` 可用、不触发重载）。
+     落地路子（选定方案后）：`pinmap_base.py` 改原理图 → `pcb_pinswap.py` 直接改 PCB 焊盘网名（§29.5 那次就是这么换的，不走导入对话框）→
+     `a3_ctrl.py` 的 GPIO 表、`_esp32_pinmap.json` 的 `r2_base`（⚠ 现在还是 §29.5 之前的旧分配，已过时）、固件引脚表一起改。
+5. R1 载板补 1 MΩ（C2-HUB 页 + PCB2）。
+
+## ⭐⭐⭐⭐ 2026-09-10 深夜：填铜查通了、发现插槽定位柱压线，正在服务器重布（进行中）
+
+**已查清 / 已改（代码都在 `.claude/r2/`）**：
+1. **「重建所有」填 0 块** = 飞线计算卡住（skill §9ae-4）。新脚本 `reload_base.py`：数基线 → 删铜面边框 → save →
+   reload → 再数、**必须与基线逐项相等**才放行。实测重载后导线 2222 → 2220（L4 丢 2 段，`board_check` 37 个网逐条不变，判为重合段被合并）。
+2. 重载后填出来了，但 **83 块只填 61 块，缺的正是大电流铜**：L1 12V 主块 + J37/J38 指头、L4 VIN_SW 主块、VIN_RAW 两块。
+   原因：读回的优先级**不按创建顺序**（整板 GND 拿到 18，功率铜 23~34），GND 先铺占完地盘。
+   ⇒ `pour_base.plan()` 加 `pwr_cut`：**GND 底填在几何上挖掉同层功率铜面**，不再依赖优先级（skill §9j 第 6 条）。
+   GND-L1 / GND-L4 各 13 → 31 块瓦片；断面校核不变（VIN_SW 7.41 / L1 12V 13.20）。
+   ⚠ `board_check --base` **判不了填充**（按计划铜面判），填没填上要数 `pcb_PrimitivePoured` 对应的铜面名。
+3. **DRC「挖槽区域」= 封装自带的 NPTH**：五个 `PCIE-SMD_PCIE-64P11L` 插槽各两颗 **Ø1.21 定位柱，在槽心线上 x 44.15 / 67.30**
+   （e149 / e150）+ J23 两颗 Ø0.61（81.1 / 86.9, 6.456）（e55 / e56）。布线器原来**没有这些孔**：
+   USB1 D±（北上车道正压 J36/J35/J34 西柱）、+5V、SCL3、FAN_EN、PRSNT4#/5#、VDAC5、UP_DP、UP_VBUS_DET、VBUS_UP 共 17 处压孔，
+   下单钻孔会切断。新脚本 `npth_base.py`（从 L2/L3 反焊盘拟合圆弧反解，写 `_base_npth.json`；`--check-routes` 校验缓存）。
+   `route_base`：`NPTH` 进 `keep_rects()`（全层、线 + 孔），构造铜的 `geom_check` / `usb3_uturn` 加 `_npth_bad`；
+   USB1/2 北上车道 `DPC_SHIFT` 3.5/2.5 → **2.47/2.35**（竖线 45.28/45.78/46.40/46.90，西界柱、东界 USB3 掉头孔）。
+   `pour_base` 缝合孔也避开 NPTH。
+4. **重布前的过孔快照是错的**：`router.load_vias()` 读板上全部过孔，布线下发之后再重算会把旧的 604 个布线孔 + 122 个缝合孔
+   当固定障碍。`route_base.load_board_vias()` 已改为剔除「布线缓存里的（同网 0.2 内）」和「缝合网格上的 GND」。
+   顺带发现 USB3_DM 掉头孔在板上比缓存偏了一格 5 mil（-0.127, +0.127），原因不明，下发后要逐孔对位置。
+5. `drc_read.py` 以前把「差分对错误」「同封装内间距错误」两类吞掉（只剩标题），已补。
+
+**DRC 里另有待定**（不是这次引入的）：~~六对 D± 对内长度差 56~136 mil > 规则 1 mm~~ → ✅ **用户定：放宽到 150 mil**
+（`rules_base` 3.81 mm，R2 文档 §6.3 已记，规则已下发）；UP 对 7 段 0.15 线宽（颈缩）；GND 线碰 $6N45 线 0 mil（真短路，重布后再看）；
+插槽封装自己的外壳盘 65 压定位柱（封装内，库的事）。
+
+**服务器重布结果（带 NPTH 障碍 + 干净的过孔快照，`-Variants @('--grid 0.125','--grid 0.125 --repair')`）**：
+v1（拆线重布，17 分钟）胜出，**169 条**（旧 191）：信号网 **40 个**（旧 40，换了 7 个：新坏 $3N173 $3N189 $6N64 FAN_TACH_OUT
+SCL3 UP_VBUS_DET VDAC1，新好 EFUSE_EN1 FAN_PWM_L INA_ALERT NTC1 PRSNT2# PRSNT5# RXD0），GND 打孔失败 85 → 67、+3V3 10 → 15。
+`npth_base --check-routes` ✅ 零压孔；七对 D± 长度差 0.2~3.5 mm（USBUP 3.5 最大，规则 3.81 以内）；⚠ USBUP 的 DM 打了 8 个孔（DP 2 个）。
+已接受为 `_base_routes.json`，正在下发（`--clear` 已删旧线 2220 段 / 孔 726）。下发后先 `via_check.py`（逐孔对位置）再重载。
+
+**已下发并验收（169 条这一版）**：`via_check` 620 个布线孔逐个对上 + 缝合 109；`reload_base` 通过（导线少 3 段 ≤1%）；
+铺铜 119 块填 110，**功率铜面全部填出**（空的 9 块是没有本网孔的 GND/3V3 小瓦片）；`board_check` 没连通 **35 个网**（旧 37）；
+DRC 间距错误 **40 → 18**：压定位孔 27 条、GND 碰 $6N45 短路都没了。剩 +5V 线到信号孔 4.9~5.4 mil（要 5.9）14 条、
+UP 对内线到孔 7.3 mil（要 7.9）4 条、板边到 $1N114 1 mil 1 条；另 UP 对 7 段 0.15 颈缩、插槽封装自带 5 条。
+
+**走线方向（2026-09-10 用户定）**：插槽面 L1 顺槽长走（x）、背面 L4 横穿槽阵走（y），逆向每格代价 ×2（软偏好）。
+`route_base` 原来 `RT.LAYER_DIR = {}`（八方向同价），已改为 `{2:'v', 1:'h'}` + `CROSS_COST 2.0`，`--no-dir` 可退回对照。
+下一轮服务器重布不加 `-AcceptAny`：比 169 差就进 `_base_routes.rejected.json`，不覆盖板上这版。
+- 第一轮（方向偏好对全部网生效）：v0 细网格 **168 条，信号网 40 → 30**，GND 打孔失败 67 → 81；方向符合度（`dir_stats.py`）
+  L1 顺 x 38.6% → **78.4%**、L4 顺 y 31.9% → **67.7%**；铜总长 4122 → 5051 mm（+22%）、过孔 620 → 652。
+  新坏 XTAL1 / RBIAS（U32 本地短连接）等 10 个、新好 20 个。存为 `_base_routes.r14-dir168.json`，**没下发**：
+  ⚠ **USBUP 长度差 3.5 → 5.7 mm（超 3.81 规则）**，USB6 / USBUP 过孔每根 2 → 4 个 —— 方向偏好把差分对也逼去换层了。
+- ⇒ `route_pairs()` 里临时 `RT.LAYER_DIR = {}`（D± 八方向同价，布完恢复），其余网照开 ×2。正在服务器重布。
+- 过孔快照改为按 **`_base_routes.onboard.json`**（`route_base --push` 成功后自动写，= 板上现在那一版）认布线孔；
+  以前按 `_base_routes.json` 认，缓存被没下发的新结果换掉后，板上 620 个旧孔会被当成固定障碍。
+  当前 `onboard.json` = `r13-onboard169`（板上现在就是这版）。
+- 第二轮（D± 八方向同价、其余网 ×2）：v1 拆线重布胜出，**160 条、信号网 27**（历来最好），GND 打孔失败 80、+3V3 11；
+  L1 顺 x 71.9%、L4 顺 y 64.3%；铜总长 4248 mm（比 169 版 +3%）；七对 D± 与旧版完全相同（USBUP 3.5 mm ✓）；NPTH ✅。
+  剩余信号网：$2N70 $6N45 $6N49 $6N64 $6N74 +3V3_HUB +5V EFUSE_EN2/3/5 FAN_12V_SW FAN_TACH_IN INA_ALERT INT# NTC2 PRSNT5#
+  RBIAS RXD0 SCL4 SDA SDA1 SDA4 VBUS_DET VBUS_UP VDAC4 VDD18PLL VIN_SW。
+  ✅ **已下发（= 板上现在这版，`onboard.json` 已自动更新）**：via_check 643 + 缝合 87 逐个对上；重载通过（导线并 3 段）；
+  铺铜 119 块填 109，功率铜面全部填出；`board_check` **没连通 26 个网**（旧 35）；DRC 间距错误 **5 条**（旧 18）：
+  UP 对内线到孔 7.3 mil ×4、板边到 $1N114 1 mil ×1；另 UP 对 7 段 0.15 颈缩、插槽封装自带 5 条。
+- U32 卫星件离脚太远（摆位问题，不是布线参数）：VDD18PLL 去耦 5.6 mm、RBIAS 7.6 mm、晶振 3.9/5.1 mm、
+  +3V3_HUB 各脚到最近去耦 2.5~7.5 mm —— 这几个网正是一直布不通的那批。用户要求参考公开资料优化布局 / 走线，三路调研进行中。
+
+**下发顺序（重布结果回来后）**：`npth_base --check-routes` → `route_base --clear` → `route_base --push --force` →
+`pour_base --stitch` → `pour_base --push` → 数功率铜面是否全填 → `board_check --base` → `drc_read --base`。
+路由缓存备份：`_base_routes.r12-onboard191.json`（= 板上现在这版）。
+
+## ⭐⭐⭐ 下次从这里开始（2026-09-10 夜，清上下文前写）—— 已被上一节接手
 
 **板子现在的状态**（EasyEDA `BASE-PCB` `7b9524b6aaf6f235`，4 层，98×98）：
 - 摆位已定稿并下发（138 件，5 插槽在 L1、133 件在 L4），读回校验全过。叠层 **L1 槽面 / L2 整层 +3V3 / L3 整层 GND / L4 器件面**。
diff --git a/刀片式方案规划-R2.md b/刀片式方案规划-R2.md
index 6938bec..3b2a0da 100644
--- a/刀片式方案规划-R2.md
+++ b/刀片式方案规划-R2.md
@@ -29,9 +29,10 @@
 | D11 | **DAC 沿用 DAC63204** | 固件 A4 驱动、NVM 安全默认值、R1 §4.5 三条外围硬要求零改动 |
 | **D11b** | ⚠️ **2026-09-08 改判：DAC 不放刀片，放底板 —— 2 颗喂 5 路**（就是 R1 的 U6/U7 那套原样搬）| 5 颗 → 2 颗；刀片再省 5 个无源件与一个 I²C 设备。**敢跨连接器的依据是设计文档 §4.4 的失效表**：`VDAC` 断线 = Rinj 悬空 = 3.890 V（正好是目标值）、对地短路 = 4.010 V，注入增益只有 0.2007，噪声与两板地差到输出衰减 5 倍。见 §15 |
 | D12 | **D± 留一条退路**：刀片与底板各引 4 pin 1.25 mm 座 | 金手指那条路万一不稳，割断改飞 5 根短线；代价 ¥2 |
-| **D14** | **刀片板框硬上限 98 × 98 mm**（不是 100 × 100）| 用户要求刀片控制在 10×10 cm 内。留 2 mm 余量是因为 100.0 正好压在嘉立创特价档的边界上，尺寸判定没有余地。**当前实际 98 × 76，两个方向都有富余。** |
+| **D14** | **刀片板框硬上限 98 × 98 mm**（不是 100 × 100）| 用户要求刀片控制在 10×10 cm 内。留 2 mm 余量是因为 100.0 正好压在嘉立创特价档的边界上，尺寸判定没有余地。~~当前实际 98 × 76~~ ⇒ **2026-09-11 用户拍板压到 90 × 68**（§34）；同日晚 **主板转 180°、两条排线槽到顶部、U4 到右侧**（§35，已下发）。 |
+| **D16** | **底板电源入口改 USB-C PD 取电**（2026-09-11 用户拍板「走方案 B」，取代决策 #20 的 DC-005）：C 座 + CH224A 只请求 20V → LM61495 降压到 12V，12V 母线及以下不改 | 兼容各家手机氮化镓充电器的只有 PD（私有 100~120W 协议要手机鉴权）；单口 20V×5A = 100W ⇒ 12V 侧约 95W，常态 10~25W 够、最坏 108W 靠固件限功率。见 §36 |
 | **D13** | **ESP32-S3 的原生 USB 接到 Hub 的第 6 个下行口**，删掉 J22 调试 USB-C，改留一个 5 针 UART 应急口 | **全机只剩一根线到电脑**（5 台手机 + 控制器共用上游）。详见 §8.2 |
-| **D15** | **底板改 4 层、板框硬上限 98 × 98，插槽面只放 5 个插槽，其余器件全部放背面**（2026-09-10 用户拍板，取代 D5）| 2 层版布到 63 条卡死：D± 墙（19 个网 0 通过）+ 西侧 12V 干道（18 个网只能走底层跳）。4 层后 L2/L3 两块完整地给 D± 和所有信号当参考，墙不存在；背面没有刀片投影，高件不限位置；U32 可直接坐在中间槽正下方。**叠层：L1 插槽面 = 槽焊盘 + 12V 大铺铜 + 少量线 / ~~L2 GND~~ ⇒ **L2 整层 +3V3**（2026-09-10 用户拍板，见下）/ L3 GND / L4 器件面 = 全部器件 + 信号 + D±（参考 L3）+ 5V 局部铜**。
+| **D15** | **底板改 4 层、板框硬上限 98 × 98，插槽面只放 5 个插槽，其余器件全部放背面**（2026-09-10 用户拍板，取代 D5）| 2 层版布到 63 条卡死：D± 墙（19 个网 0 通过）+ 西侧 12V 干道（18 个网只能走底层跳）。4 层后 L2/L3 两块完整地给 D± 和所有信号当参考，墙不存在；背面没有刀片投影，高件不限位置；U32 可直接坐在中间槽正下方。**叠层：L1 插槽面 = 槽焊盘 + 12V 大铺铜 + 少量线 / ~~L2 GND~~ ⇒ ~~L2 整层 +3V3~~（2026-09-10 晚）⇒ **L2 整层 GND**（2026-09-10 深夜用户拍板：双地，L1 信号参考 L2 地、L4 参考 L3 地，换层回流靠 GND 孔闭合；依据 Ott 叠层 / 乐鑫 ESP32-S3 指南 / TI SPRAAR7；+3V3 约 0.5 A 改回布线）/ L3 GND / L4 器件面 = 全部器件 + 信号 + D±（参考 L3）+ 5V 局部铜**。
 **L2 改 +3V3 的理由**：4 层布线跑了十轮，信号网卡在 37~38 个，大头是 +3V3 这棵 47 只脚、跨全板的电源树。L3 保持整层地（L4 上全部器件与 D± 的参考不变，M5「D± 参考层 L3 无开口」原样成立）；L2 让出来做一整块 +3V3，+3V3 每脚打孔下去、不再布线。L1 上仅有的几段 D±（USB6 / 上行、USB4 的一跳）参考的是一整块 +3V3，同样不跨分割。曾考虑在 L3 分区，被否：L3 在 D± 下必须留地条，会把 +3V3 切成几块，+5V 平面也排不开。98 的理由同 D14。**插槽手焊**，工厂只贴背面。代价：2 层版布局布线作废（存档 `.claude/r2/archive_base2L/`）；背面最高 12 mm（C2/C3 直立电解），底板下要 ≥ 15 mm 铜柱，外壳跟着改 |
 
 ### 0.2 本文档按这些默认值展开（要改说一声）
@@ -123,7 +124,7 @@
 
 | | 值 |
 |---|---|
-| 刀片板框 | **98 × 76 mm**（硬上限 98×98，见 D14），1.6 mm 厚（金手指要求），四角 R2 |
+| 刀片板框 | ~~98 × 76~~ ⇒ **90 × 68 mm**（2026-09-11，§34；硬上限 98×98，见 D14），1.6 mm 厚（金手指要求），四角 R2。下面分区图是 98×76 版，新数见 §34.1 |
 | 底板板框 | ~~110 × 125 mm~~ ⇒ **≤ 98 × 98 mm、4 层**（D15，2026-09-10），1.6 mm 厚（插槽保持力），四角 R5 |
 | 槽距 | **20.32 mm**（A4），5 槽跨度 81.28 mm |
 | 插槽 | PCI-E x4 直插，槽体 39 mm（A1） |
@@ -226,7 +227,7 @@ R1 §22.3e 里有一处**自相矛盾**——「侧键面（贴合面）最高
 | 底板 | **J33 调试应急口 5P 1.25 mm**（GND / TXD0 / RXD0 / EN / IO0） | 1 | **R2 新增（D13 的退路）** |
 | 底板 | **U35 TCA9548A** I²C 八路多路器 | 1 | **R2 新增（D8）** |
 | 底板 | U13 INA226（输入侧）+ Rs6 5 mΩ | 1 | R1 §19 |
-| 底板 | U32 USB2517I + Y1 24 MHz + R708 12k + U31 AMS1117-3.3 + J23 上游 USB-C | 1 套 | R1 §21，**`CFG_SEL[2:0]=110` 不变**（R1 §21.6b） |
+| 底板 | U32 USB2517I + Y1 24 MHz + R708 12k + U31 AMS1117-3.3 + J23 上游 USB-C | 1 套 | R1 §21，~~`CFG_SEL[2:0]=110` 不变~~ → **2026-09-10 改 `000`**：`PRT_SWP1~3` 上拉（口 1~3 片内对调，北去三对不再 U 形掉头）、`PRT_SWP4~6` 下拉，+ **`R723` 1 MΩ 跨晶振**（检查清单 required，R1 起漏了）。接法见 `.claude/r2/a4_hub.py` 文件头 |
 | 底板 | 风扇：Q7/Q9/Q10 + J26~J30 + RT601/602 | 1 套 | R1 §22.6 |
 | 底板 | **5 × PCI-E x4 插槽** | 5 | R2 新增 |
 | 底板 | D± 退路座 4pin 1.25 mm | 5 | **R2 新增（D12）** |
@@ -345,6 +346,10 @@ A16 让给 `VDAC`（上下两针都是地，是全连接器夹得最干净的位
 > 理由：U32 翻到背面后只能 rot 270（下行口朝北、USB1 在西），南去的几对要绕 U32 东侧；
 > Hub 在走廊 3 要绕三对、D± 最远 ≈ 80 mm，走廊 2 只绕两对、最远 ≈ 58 mm（估算 45/23/3/40/58）。
 > M5 验收的「D± ≤ 45 mm」只有 U32 进中间槽正下方的过孔带才做得到，没选；两层版是 ~70 mm。
+> **2026-09-11 用户拍板：「插槽过孔带不放件」在 U32 正南 / 正北各开一条窄带的口子**（`place_base.HUB_STRIPS`：
+> J37 北排投影 x 44~58.2 / y 30.2~34、J36 南排投影 x 44~58 / y 43.4~46.4）。走廊 2 净高 11.12 而 U32 占 9.75，
+> 按检查清单「VDDA33 / VDD33 每脚 0.1 µF 紧贴」，南排 46 脚和北排 5 / 10 脚的去耦只有放进这两条才能 ≈1.3 mm
+> （不放开是 7~8 mm / >15 mm）。代价：这两段槽针的过孔改打到两排之间；5 / 10 脚去耦的地孔拟打在正上方 J36 GND 针的盘中孔。
 
 ### 6.1 叠层
 
@@ -381,9 +386,13 @@ R2 里 Hub 坐在槽阵正中、D± 又排在近端针位：
 | 最近一对（槽 3） | ≈ 8 mm |
 | 第 6 对（→ ESP32，D13） | ESP32 在 y 84~114，穿过槽阵，≈ **55 mm** |
 
-USB 2.0 不要求 pair-to-pair 等长，只管 **intra-pair skew（目标 ≤ 1 mm）**，
+USB 2.0 不要求 pair-to-pair 等长，只管 **intra-pair skew（≤ 150 mil = 3.81 mm）**，
 所以 8 mm 与 41 mm 并存没问题。
 
+> 2026-09-10 用户定：底板 skew 由 1 mm 放宽到 **150 mil**。底板 D± 是按构造画的（北去 U 形掉头、南去东绕），
+> 实测六对长度差 56~136 mil，全部超 1 mm；USB 2.0 HS 480 Mbps 下 150 mil ≈ 25 ps，是常用预算，不必加蛇形。
+> 规则在 `rules_base.DIFF['differentailPairLenTolerMax']`。
+
 **阻抗估算**（1.6 mm 双面板 1 oz 微带，εr ≈ 4.3）：
 
 | 线宽 / 间距 | 估算 Zdiff |
@@ -552,7 +561,7 @@ R1 §10.2 的四条关键回路**一条不变**，而且因为刀片小、只有
 | 任务包 | 影响 |
 |---|---|
 | A2 HAL | 无 |
-| A3 INA226 驱动 | 无（地址表从「六片不同地址」变成「五片同地址 + 一片输入侧」） |
+| A3 INA226 驱动 | 地址表从「六片不同地址」变成「五片同地址 + 一片输入侧」。⚠ **底板输入侧 U13（0x43）的 IN+ / IN− 对调接**（2026-09-11，A1-INPUT：IN+ 接 Rs6 下游 +12V、IN− 接上游 VIN_SW —— 为了让两条 Kelvin 在 PCB 上不交叉；原来 IN− 绕 37 mm 把 U13 的 I²C 圈死）⇒ 芯片读数为负。驱动已加 `ina226_set_reversed()`（默认全部正接 = R1 行为），**R2 固件启动时必须调 `ina226_set_reversed(INA226_ADDR_INPUT, true)`**，否则 SW-8 反灌判据会把正常供电当成反灌 |
 | A4 DAC63204 驱动 | **无**（D11 的全部意义）。**D11b 之后连地址表都不用改**：仍是 R1 的 `U6` 0x4A / `U7` 0x4B 两颗、通道映射表原样，而且 DAC 挂主干总线，**写 DAC 不用进 mux 事务** |
 | **A5 74HC595 驱动** | ⛔ **作废**（D9 改用 PCA9555）。代码保留但不再挂进链路 |
 | A6 PCA9555 驱动 | **复用**，从 1 个实例变 5 个实例；「接地脚永远是输入」那条硬约束照旧 |
@@ -1203,10 +1212,12 @@ T7 那颗 2A 慢断保险丝**当场就用同样的办法找到了**，见 §20.
 R1 的 `new` 表不能直接用：5 个 `VBUS_EN*` + 4 个 `KEY_*` 随 D9/D13 空了出来，
 新增 `PRSNT#×5` 与 `MUX_RST#`。共 26 脚（23 信号 + `USB6_D±` + `IO0`/`TXD0`/`RXD0`/`EN`）。
 
-- `NTC1 = IO1` / `NTC2 = IO2` —— **必须 ADC1**（ADC2 与 WiFi 冲突），脚本里有断言。
+- `NTC1` / `NTC2` —— **必须 ADC1**（ADC2 与 WiFi 冲突），脚本里有断言。
+  ~~`NTC1 = IO1` / `NTC2 = IO2`~~ ⇒ **2026-09-11 方案 B 改为 `NTC1 = IO4` / `NTC2 = IO5`**（仍是 ADC1，见 §29.6）。
 - `USB6_DM = IO19` / `USB6_DP = IO20` —— 原生 USB 硬定死，脚名脚号从 `_p3_live.json` 查的。
 - ⚠️ **模组是 R8（八线 PSRAM）还是 N8 没定**：本页按可能上 R8 保守处理，`IO35/36/37` 全部不接。
-  若确定 N8，这三脚可放出来当 GPIO —— 现在全板只剩 `IO47/IO48` 两个备用脚。
+  若确定 N8，这三脚可放出来当 GPIO。~~现在全板只剩 `IO47/IO48` 两个备用脚~~ ⇒ 方案 B 之后
+  `IO47/IO48` 给了风扇，备用脚变成 **`IO1/IO2`**（模块脚 39/38，都是 ADC1）。
 
 ### 20.7 ✅ T7 也一起结了：`F1` = `F1206SB2000V063TM`（2026-09-08）
 
@@ -2041,6 +2052,7 @@ M4b 画的 37 段板框、M6 之后的状态，全都不在了（何时被删无
 ⚠ 它以前不报，是因为**板框那时候是「导线」**（§27.3），DRC 根本没把它当板框。
 ⇒ 要么下单时和嘉立创确认「金手指缺口处铜到板边 0.2 mm 可做」，要么把缺口收窄到
 CEM 的 1.6 mm（clearance 变 0.35，但防呆筋的配合余量少 0.15）。**这一条需要用户拍板。**
+⇒ ✅ **2026-09-11 晚 用户拍板 1.6**，已落地（§35.7），刀片 DRC 0 条。
 
 ### 27.9 新增/改动的脚本
 
@@ -2476,6 +2488,34 @@ R1 §交接二 踩过一次（配错一格，把一个本来正确的风扇块
 验收：原理图端口读回 8 个逐个对上；`xpage` 每个 `EFUSE_EN` 2 个端口 / 每个 `PRSNT` 3 个，
 **真正漏接 0**；PCB 焊盘读回 9 只脚逐个对上。
 
+### 29.6 ⛔ ESP32 的 NTC / 风扇 / UP_VBUS_DET / PRSNT5# 引脚**重新分配**（方案 B，2026-09-11 用户拍板）
+
+底板 4 层布线做到第 26 轮，U20 周围约 10 个网（INT#、NTC1/2、EFUSE_EN3~5、PRSNT…）断在同一道横贯全板、两层都封死的墙上。
+查墙上各网的两端（PROGRESS「U20 一簇诊断」）：**NTC1/NTC2 在北排东头（IO1/IO2）却要去南边的热敏电阻**（RT601 (85,26) / RT602 (19,8)），
+**风扇那组在南排（IO4~IO7）却要去西北角风扇电路** —— 两组方向全反，风扇线横穿全板就是那道墙。布线器层面四轮 A/B 都是此消彼长。
+服务器上先只改布线器读到的焊盘网名做试算（`route_base --u20-remap`），六组重分配里方案 B 最好：离线断开 **29 → 27**。
+
+| 模块脚 | IO | 换前 | **换后** |
+|---|---|---|---|
+| 4 / 5 | IO4 / IO5（ADC1_CH3/CH4）| `FAN_TACH_OUT` / `FAN_TACH_IN` | **`NTC1` / `NTC2`** |
+| 6 / 7 | IO6 / IO7 | `FAN_PWM` / `FAN_EN` | **`UP_VBUS_DET` / `PRSNT5#`** |
+| 22 / 23 | IO14 / IO21 | `PRSNT5#` / `UP_VBUS_DET` | **`FAN_TACH_OUT` / `FAN_TACH_IN`** |
+| 24 / 25 | IO47 / IO48 | 备用 | **`FAN_PWM` / `FAN_EN`** |
+| 38 / 39 | IO2 / IO1 | `NTC2` / `NTC1` | **备用**（仍是 ADC1）|
+
+电气约束：全部走 GPIO matrix，不碰 USB（IO19/20）/ UART0（IO43/44）/ strapping（IO0/3/45/46）/ R8 PSRAM（IO35~37）；
+NTC 仍在 ADC1。`s3_pin_audit.audit()` 按 R8 八线严格口径：ERROR 0，WARN 与换前相同（IO0 strapping、UART0 两脚，均有意为之）。
+风扇测速线原理图上有 10k/3.3k 分压（最高 2.98 V），接任意 GPIO 都安全；`FAN_EN` 复位高阻由 A6 的 100k 下拉保证关断，IO48 非 strapping。
+
+**怎么改的**：原理图 `u20_remap_b.py`（删端口重建；24/25 新接线、38/39 删端口删线；**J33 从 (430,455) 挪到 (450,420)** 给 24/25 两行让位，
+地线改接 U20 地干线节点 (320,440)）；PCB `pcb_pinswap.py`（`WANT` 加这 10 只，38/39 置空）；源头表 `a3_ctrl.py` 的 `PINMAP` / `U20_NC` /
+J33 画法、`_esp32_pinmap.json` 的 `r2_base` 一起改（顺带把 §29.5 那 9 只一直没同步进 `a3_ctrl.py` 的网名也更正了）。
+验收：原理图读回改后状态逐项对上；`verify_sch` 单脚网络 0、无名端口 0（悬空只剩 20 只有意空脚，数目与换前相同）；
+`xpage` 真正漏接 0；`port_audit --r2 BASE` 354 个可疑 0；PCB 焊盘读回 19 只逐个对上；**「从原理图导入变更」0 条变更**。
+
+⚠ **固件**：R2 底板固件尚未开写；写的时候按本节 + §29.5 的表（`_esp32_pinmap.json` 的 `r2_base` 是机器可读版）。
+代价：第 31 轮试算里 RXD0（应急 UART）与 PRSNT2# 在所有重分配变体都断 —— 布线器问题（RXD0 的扇出孔落在北排焊盘南侧），另补。
+
 ---
 
 ## 30. `+3V3` 铜墙（2026-09-10 用户拍板）
@@ -2683,3 +2723,605 @@ M10 旋转插槽后，旧路由器不是单纯左右镜像：D± 从插槽北排
 恰好堵住 U32→U20 的 USB6 通道，已规划移到 `(78,109.5)` / `(78,111)` 并通过布局自检；
 但 EasyEDA 窗口断开导致定点下发 HTTP 500，板端尚未移动。重连后要先下发这两件、
 重抓 `_base_pads.json`，再重跑完整路由 / 连通性 / DRC。
+
+---
+
+## 34. 刀片压到 90 × 68（2026-09-11 用户拍板）
+
+**用户要求**：刀片 98×76 → **90×68**。先做可行性核账（几何两个方向都放得下，
+真正要取舍的只有 C60 和功率列宽度），两处交用户拍板：
+**手机上移、C60 留在两槽之间**；**删掉 J2**。
+
+### 34.1 几何（事实来源 `pcb_blade.py`，与手机绑定的一律从 `PHONE_ORG` 推）
+
+| 项 | 旧（M7） | 新 |
+|---|---|---|
+| 板框 | 98 × 76 | **90 × 68**，四角 R2，一条闭合折线（读回 54 点、外接 0~90 × 0~68）|
+| 手机原点 | (3, 29) | **(1.5, 22.34)** |
+| 左边距 | H2 离板边 3.7 | **2.2**：M1.6 尼龙螺钉头 Ø3.2 还剩 **0.6** |
+| 服务带（金手指区上沿 → 接口边）| 18 | **11.34** = C60 本体 11 + 0.34 |
+| 手机顶 → 板边 | 2.34 | **1.0** ⇒ ⚠ **顶边导轨只能咬 ≤ 1 mm**，否则压到主板 |
+| 功率列 | x 72~98（26）| **x 70.59~90（19.4）**：整块西移 8，§7.2 四条回路的相对关系一点没动 |
+| 排线槽 y | 24.8~27.8 | **18.14~21.14**（接口边外 1.2~4.2，跟手机走，不再写死）|
+| 金手指 | x=49 | **x=45**（仍居中；底板插槽不用改，只是悬臂两侧各短 4 mm）|
+| 七个孔 | — | H1 (2.90,32.24) H2 (2.20,49.64) H3 (3.20,61.04) H4 (43.40,24.24) H5 (58.90,63.54) H6 (66.10,50.44) H7 (66.30,54.74) |
+
+**C60** 定在 **(38.175, 16.5)**：x 取两槽正中，y **贴着金手指区上沿**（本体 11 的下沿 = 11.0）。
+居中（上下各余 0.17）时 H4 的螺钉头圈只剩 2.07 < `HOLE_KEEP` 2.2；贴下沿之后上沿离接口边 0.34、离 H4 2.24。
+⚠ 它的焊盘外沿 12.9 宽，离两侧铣槽各只有 **0.45**（本体按 11 算是 1.4；项目 `MILL_KEEP` 0.5 是按本体判的，
+嘉立创铣槽到铜下限约 0.3）—— 投板前再确认一次。
+
+### 34.2 原理图两处（B4-EDGE / B3B-USB 整页重画，截图已自查）
+
+1. **删 `J2`**（D± 退路座）：底板 `J39~J43` 在 §28.11 已删，刀片这头没了对端，D12 实质作废；
+   旧版 D± 往东绕到 x≈60 就是为了它。
+2. **`U7` 两侧对调**：1/3 脚 = 金手指侧 `USB_DM/DP`，6/4 脚 = 手机侧 `USB_DMJ/DPJ`（R1 相反）。
+   **手性推导**：`U7` 在 B 面，信号从 4/6 那排流向 1/3 那排时 DP 永远在前进方向右手边（旋转不改手性，只有镜像改）；
+   而金手指（DP 在西、向北出线）和 J4（DPJ 在东、从北边进）两头都要 DP 在**左**手边 ⇒
+   旧接法前后各要交叉一次（旧版 DP/DM 各 6~7 个孔）。1↔6、3↔4 内部直通，电气等价。
+3. `J1` 改为**不进 BOM**（§17 遗留）。
+4. 验证：两页 `verify_sch --nets` PASS、`xpage` 漏接 0、`port_audit --r2 BLADE` 142 个可疑 0。
+
+⚠ 整页重画让 B3B 那 9 件的 uniqueId 整体差 1（skill §9o-2），导入对话框一度提出「J2 换成 BM24 封装、J4 换成 SOT-23-6」。
+`uid_sync_base.py --blade`（新加）按位号两阶段写回；**「PCB 有、原理图没有」的件（J2）占着的号正是错位那一串要用的** ⇒
+同一次写入把它挪到 `zzdel_J2`。对齐后对话框只剩真实差异（删 J2、U7 四只脚改网、R62/R64/R65/C67/C68 两脚互换 = 无极性件重画后脚号翻转），
+应用后 82 件逐件对上。
+
+### 34.3 摆位（`pcb_place.py`）
+
+- 所有 M7 手排坐标改成「M7 值 + 平移」：跟手机的加 `DX/DY = (−1.5, −6.66)`，功率区加 `PX = −8`。
+  侧键 MOS 只移 y（Q4 本来就贴板边）。
+- `J3`（EDL 座）挪到**服务带里、尾插槽东头**，rot 270，读回信号盘在西 x 67.18、正对槽口。
+- `U7` **手排在 J4 那两只 D± 脚正北** (51.40, 30.55)，下排直直往南 ~2 mm 接 J4；它北边 B 面留一块换层孔的空地。
+- `DIS`（泄放 R19 2512 + Q2）**第三版挪到电池车道正北、手机投影下**（R19 (22.07, 31.0) / Q2 (29.50, 31.0)，B 面、都 < 1 mm 高）：
+  前两版放在电池槽正下方，而服务带压到 11.34 之后，**槽下那条 6.4 mm 高的带是 U4（左下角）往东去的唯一走廊**
+  （~8 个网：SDA/SCL/BUCK_PG/EDL_EN/VBUS_EN/EFUSE_FLT/INA_ALERT/EFUSE_PG），R19+Q2 把 B 面那一层从 x 18 到 32 整段占满。
+  第三轮服务器试「三个长网先布」：它们通了，SDA 整网断成 4 块 —— 典型的此消彼长，是走廊容量问题不是顺序问题。
+  新位置紧挨电池座 J5（R19 本来就接 VO_P = 电池正），正下方是 VO-L3 北叶，就地扎孔照旧。
+- VO-L3 岛西沿 17.5、北叶跟手机走，V12-L3 岛跟板边走。
+- 分区第二版（第一轮服务器布线之后改的，见 §34.5）：`EFUSE_AUX` 回到 M7 的 11.2 宽、整块放到 J3 以北
+  （x 64.8~76 × y 20.7~40）；`SVC_E` 在 J3 正北一小块、`GROUPS` 里排在 EFUSE_AUX **前面**（两区重叠，谁先摆谁先挑）；
+  `SVC_R` 只留 U7 换层孔空地以东。
+- 读回 82 件位置 / 层全对；自检（重叠 / 越框 / 金手指区 / 槽与车道 / 螺钉头 / 分段限高）全过。
+- `place_audit` 报 11 处「摆错边」/ 8 处「去耦 > 3 mm」：U4 上拉、U1 FB、C6/C7 与 M7 相对位置完全相同；
+  仍偏远的是 U5 那一簇（`C68` CT 9 mm、`C67` VBUS 7.2 mm、`R64` 绕 U5）—— 都是低速 / 直流网，暂接受。
+
+### 34.4 D± 构造（`router.dp_blade()`，不交给 A*）
+
+金手指 B14/B15 顶层直上 → 并拢成 **W 0.28 / S 0.18** → 尾插槽上沿以北 45° 东让 H4（线边离孔边 0.53）→ 北上 →
+东去到 U7 正上方 → 南下、在 U7 上排北边**各一个孔**下 B 面；U7 下排 → J4 在 B 面 **0.18** 宽（BM24 0.35 节距）。
+中心线折线 + 左右各偏 0.23、斜接 ⇒ 45° 拐角处线距不变。
+
+| | 旧（M7，A* 分开布）| 新 |
+|---|---|---|
+| USB_DP / USB_DM | 59.6 / 63.4 mm，**0.531** / 0.15 宽，7 / 6 孔 | **42.05 / 40.52 mm**，0.28 / 0.28，1 / 1 孔 |
+| USB_DPJ / USB_DMJ | 11.0 / 25.8 mm（差 14.8）| **2.42 / 2.34 mm**（差 0.08）|
+
+本机静态校核（纯几何）：净距 < 0.15 的 0 处，最紧 0.17（进 J4 那 0.8 mm，节距定死的）。
+对内长度差 1.52 mm 来自两个右拐角内侧线短（规则容差 5.0；底板 UP 那对是 1.9）。
+`pcb_rules.DIFF` 的差分线宽下限 0.20 → **0.15**（否则整对 USBPHONE 在 DRC 里刷线宽）。
+顺带：旧版 `USB_DP` 被撑到 0.531 = U7 焊盘宽 —— 线宽被焊盘封顶逻辑反向拉宽了；构造之后这两对不再经过那段逻辑。
+
+### 34.5 布线上服务器
+
+CLAUDE.md 的「布线运算只在 10.5.5.13」原来只落实在底板（`remote_route.ps1`）。刀片补上：
+- `router.py`：`--replan` / `--pf` 在本机**硬阻断**（没有 `DCDC_ROUTE_SERVER` 直接退出）；
+  离线时板上已有过孔改读 `_blade_board_vias.json`（`--snapshot-vias` 写）。
+- `remote_blade.sh ['变体' ...]`：快照 → 打包（不带 `_base_*` / png）→ 服务器每个变体一份副本、PyPy 并行 →
+  拉回 `_blade_routes.var<k>.json/.log`，**不自动覆盖缓存**。`MODE=stitch` 同一套流程算 GND 缝合孔落点
+  （`pcb_route.py --stitch-plan`，本机 `--stitch` 只下发）。
+- ⚠ 第一版脚本把远程命令写成 `cat > run.sh && setsid … &`：结尾的 `&` 把整条 && 链（连 cat）放后台，
+  ssh 一返回 stdin 就关 ⇒ run.sh 0 字节、一个变体都没起、`done` 永远不出现，本机空转。
+  已改成「先 scp 上传 run.sh、另起一次 ssh 启动」，并在 5 秒内查不到 `v*.log` 就退出。
+
+**第一轮（v0 默认 19 条没搞定 / v1 `--pf` 21 条，M7 是全通）**，按根因分三类：
+1. **`+12V` 整条没布**（五根指全失败、F1.1 一根铜都没有）：不是 D± 挡的 —— M7 那条 0.8 的 12V 是 B 面 x≈36
+   从阻尼电容两盘之间北上、y≈60 顶层东去 F1，全程在 D± 顶端（y 35.7）以北。这回五根指（x 28~31）出口被封：
+   北边电池槽（y 18.14），B 面正上方 R19/Q2，而 `+3V3`（在 `FIRST_NETS` 里）先布、一根 y 15.5 的顶层长线把槽下走廊封死。
+   服务带 18 mm 时这事吸收得了，11.34 就不行 ⇒ **`+12V` 排到 `FIRST_NETS` 最前**。
+2. **我自己引入的摆位退化**：EFUSE_AUX 西边少 4.3 mm（`$1N165: R16.1`）、U6 被挤到离 J3 20 mm（`$3N45`）、
+   C68 离 U5 7.9 mm（`$5N71`）⇒ 分区第二版（§34.3）。
+3. U1/U2 一带 `+3V3 / EFUSE_EN / EFUSE_PG / $1N136 / $1N173` 各断成两块 —— 同一片拥塞，看第二轮。
+
+**第二 ~ 四轮**：
+- 第二轮（+12V 排最前 + 分区第二版）：v0 自报 11 条，但**按铜判只断 3 个网**（`$1N173` / `BUCK_PG` / `EDL_EN`，都是从 U4 / Q2 所在的西南角出发的长网）；
+  布线器自报的 `+3V3 / VBUS / SCL / SDA / $1N136`「铜分成 2 块」全是误报 ⇒ 新写 `blade_conn.py`（离线按铜重叠并查集），**比较变体只看它**。
+- 第三轮（`router.py --first` 把三个长网提前，4 组变体）：三个长网通了，**SDA 整网断成 4 块** —— 此消彼长。
+  量化：U4 往东约 8 个网，唯一走廊是电池槽下那条 6.4 mm 高的带，DIS（R19+Q2）把 B 面那一层整段占满 ⇒ DIS 第三版挪走（§34.3）。
+- 第四轮（DIS 挪走后 6 组变体）：最好的 v3（三长网先布 + `--pf`）按铜只断 2 个网（`+12V_F: R4.1`、`+5V: U5.1`，都是局部被围）。
+  但 `router_check` 精确净距查出**六组全部**在 U2 角上有两处孔压线（−0.095）+ 两处线距 0.054，另有若干 0.125（< 0.15）。
+
+**第五 / 六轮（修 FIRST_NETS 循环之后）**：
+- 第五轮（只修过孔图口径）：六组逐段不变 ⇒ 否掉那个假设。
+- 第六轮（补上「已放的过孔进占用图」）：**非 `--pf` 的三组精确净距 0 条**（U2 角孔压线、0.054 线距全消失）；
+  代价是按铜真断开升到 5~7 个网 —— 以前「少失败」有一部分是靠线压着别人的孔换来的，去掉之后露出真实的容量瓶颈。
+  `--pf` 三组仍有一批 0.125（它自己那条路的口径另有问题），不采用。
+- 选 **v2**（三长网先布、不带 `--pf`）做底：净距 0，断 5 个网 ——
+  U2 角 `$1N147`(U2.15) / `EFUSE_PG`(U2.2)（M6/M7 就是最难的那两只）、U4 角 `INA_ALERT`(U4.15) / `SDA`(U4.23·R40.1·U3.4 都断开)、
+  `$5N71`(U5.4，C68 摆得远)。缓存 `r6-v2`；下一步只对这 5 个网在服务器上补线（`MODE=repair`）。
+
+**这一轮顺带修掉的四个工具毛病**：
+| 毛病 | 后果 | 改法 |
+|---|---|---|
+| `router_check.py` 现算 `pcb_route.stitch_points()` | 本机扫孔位（违反 CLAUDE.md）；板上还没铜时算出不避让导线的 5 mm 格点 ⇒ 一排「+12V 线 vs GND 过孔 −0.895」、三处「孔压孔 −0.041」全是假问题 | 只读服务器算好的 `_blade_stitch_pts.json`，没有就不算 |
+| `plan_all()` 的 FIRST_NETS 循环往过孔图打线时少了 `VIA_D/2 + CLR − halfw` | 表里先布的网的孔可以落在更早那根线旁 0.2 mm 内。底板在 `route_groups` / `grid_now` 早修过（VIA_MAP_FIX），刀片这条路没跟上 | 同 `_block_stub` 的口径 + `exact_v`。⚠ **第五轮 A/B：六组逐段不变 —— 这不是 U2 角那两处的原因**（方向猜反了）|
+| ⛔ **同一个循环从来没把本轮已放的过孔打进占用图**（`build_grid` 只含板上旧孔 / D± / VO_P 孔）| 金手指 launch 孔、表里先布的网的孔只靠挂在上面的短线间接挡着（0.15 线只护住孔心 ±0.31），**后布的线压进 Ø0.6 的孔**：`$1N164` 的孔压 `EFUSE_PG`、`EFUSE_EN` 的孔压 `$1N147`（−0.095）—— 和 `route_groups` 注释里 M7 记过的是同一对，那边早修了、这边漏了 | `g` / `gt` 两张图都按 `route_groups` 的口径把 `vias` 打进去 |
+| `board_check.py` 在刀片上把 `+3V3` 当铜面网 | 只查「脚挨不挨铜」，刀片 +3V3 的真实连通一直没验过（条件是给底板槽墙写的，写反了）| 两块板都按布线网查 |
+| `repair_route.py` 只能读 M6 的板上读回 | 没法在服务器上对缓存补线 | `--cache` 读 `_blade_routes.json`、写 `_blade_routes.repaired.json`；本机硬阻断；`MODE=repair` |
+
+### 34.6 布线 / 铺铜 / DRC 结果（2026-09-11 晚，板上现状）
+
+板上 = 服务器第六轮 `r6-v2`（缓存 `_blade_routes.r6-v2.json`，`router_check` 精确净距 0）+ 斜切 + 缝合孔 + 铺铜：
+
+| 项 | 数 |
+|---|---|
+| 铜 | L1 728 + L4 479 = **1207 段**（斜切 3 轮 241 个直角）/ 过孔 **359**（布线 281，其中 GND 23 = 金手指地指母线；缝合 78）|
+| D± | USB_DP / DM **42.0 / 40.5 mm、每根 1 孔**；DPJ / DMJ 2.4 mm |
+| +12V | 144 mm，**1.19 宽**（FIRST_NETS 那条路按「本网最小焊盘边」取宽，F1 1206 盘 ⇒ 1.19；比规则 0.8 宽，电气无害，DRC 不报）|
+| 铺铜 | **25 / 25 块全填** |
+| `board_check` | **51 / 57 网全通**；没通 = 下面 5 个网 + GND（它读不了铺铜）|
+| DRC 间距 | **4 条 = PCIe 缺口到 A11/A12/B11/B12 指 7.9 mil**（§27.8 老问题，几何定死，待用户拍板）|
+| DRC 连接性 | **39 条** = 5 个信号网 12 条 + **GND 27 条（铺铜够不着的细间距焊盘）** |
+
+**还没接上的 5 个信号网**（作业单 `.claude/r2/HANDROUTE-90x68.md`）：`$1N147`(U2.15)、`EFUSE_PG`(U2.2)、
+`INA_ALERT`(U4.15↔U3.3)、`SDA`(U4.23 / R40.1 / U3.4)、`$5N71`(U5.4↔C68.2)。
+结构原因：+12V 在 L4 上 x≈42.5 从 y 13 竖到 y 61，和 L1 上的 D± 墙（x 44~45.4，y 4~35.7）并排只剩 ~1 mm，
+⇒ **y 13~35.7 东西向两层都过不去**，左下角 U4 去东边的网只能爬到手机底下横过去。服务器定点补线（`MODE=repair`）也接不上。
+
+**铺铜够不着的 27 个 GND 焊盘**（DRC 连接性原文）：J4（BM24 0.35 节距）1/2/8/12/16/19/23/24/29/37/41/47 + 大地盘；
+U2 1/16/21（EP）；U3 1/2/7；U1 2/3；U4 20/21；Q4.2、K4.1、C13.2；一个 GND 孔。
+刀片布线器一直 `SKIP = ('GND',)` 靠铺铜，而 0.35 / 0.5 节距的盘之间铺铜进不去 —— 要给这些盘各打**引出线 + 过孔下 L2**
+（U2 的 EP 用盘中孔），流程里还没有这一步（底板 route_base 有「GND 打孔」）。M7 大概率同样存在，只是当时没数连接性。
+
+**收尾时又抓到两个工具毛病**（都已修）：
+- `pcb_route.stitch()` 下发前「删掉板上所有 GND 孔」—— 会连布线器的 23 个地指母线孔一起删（地指下到 L2 的唯一通路）。改成只删不在布线缓存里的。
+  另：它第一次重写时字符串拼接和 `%` 格式化的优先级写错，下发直接抛异常 —— 而收尾链用 `| tail` 接管道，**退出码被 tail 吃掉，链子没停**，
+  一路跑到了斜切 / 重载。以后链子一律 `set -o pipefail`。
+- `miter.py` 的「只去铜不加铜」只对拐角外侧成立，斜边凹侧会加铜（见其模块头更正）：1.19 宽的 +12V 拐角斜切后压上凹侧一个 `$3N30` 孔
+  （DRC 导线 / 钻孔到过孔 0 mil）。板上那个角已恢复成直角（DRC 间距 7 → 4）；脚本加了新斜边的精确净距校核。
+
+## 35. 主板转 180°、两条排线槽到顶部、U4 到右侧（2026-09-11 晚 用户拍板）
+
+**用户**：「重新优化刀片板布局」→「将排线插槽和排线移到顶部，主板不旋转」。核账：**电池排线 38 mm 够不到顶边**
+（J600 在 v 4.6，光跨主板就要 40.05 —— R1 §25.16 v3b 早核过同一件事），尾插 55 mm 余约 4 mm。
+摆给用户三条路之后，用户改为 **「都挪，主板跟着旋转」**，随后又补一条 **「U4 移到右侧」**。板框仍是 90 × 68。
+
+### 35.1 几何（事实来源 `pcb_blade.py`：`PHONE_ROT = 180` + `phone_xy(u, v)` 唯一实现旋转）
+
+| 项 | §34（90×68 第一版）| 新 |
+|---|---|---|
+| 主板 | 接口边朝下，原点 (1.5, 22.34) | **转 180°，接口边朝上**；投影 x 1.5~68.59 / **y 11.0~55.66**（远端边贴金手指区上沿）|
+| 服务带 | 底部 11.34（金手指区之上）| **顶部 12.34**（接口边 55.66 → 板顶 68）|
+| 两条槽 | y 18.14~21.14 | **y 56.86~59.86**；尾插槽 x 5.01~25.01（左）、电池槽 x 38.82~50.82（中）|
+| 排线在 B 面 | 穿槽后往 +y 到 J5/J4 | 穿槽后往 **−y**；J5 (44.82, 52.66) / J4 (15.01, 51.66) **底层 rot 180** |
+| C60 | (38.175, 16.5)，贴金手指区 | **(31.915, 61.5)**，两槽之间；H4 螺钉头圈 2.2 定下沿 56.0，上沿离板边 1.0 |
+| J3 | 服务带尾插槽东头 rot 270 | **尾插槽正北** (20.3, 63.3) rot 0，信号盘朝南对槽口 |
+| 七个孔 | — | H1 (67.19,45.76) H2 (67.89,28.36) H3 (66.89,16.96) H4 (26.69,53.76) H5 (11.19,14.46) H6 (3.99,27.56) H7 (3.79,23.26) |
+| 侧键 K1~K4 | 左下 | **右上** (64~67, 49~52)，紧挨功率列 |
+
+⚠ 机械上要确认：SIM 卡托（u 大的那一端）转过来在**左边**，装着卡托会伸出板左沿 ~1.8 mm；C60 上沿离板顶 1.0（顶边导轨只能咬 ≤ 1 mm，同原来手机顶那条）。
+
+### 35.2 为什么功率链也整块转 180°
+
+12V 从金手指（底部 x 28.5~30.5）进，VO_P 要去 J5 / C60（现在都在顶部）⇒ 功率链改成 **F1 在底、U3 在顶**。
+做法：`STACK_UP/DN` / `HAND` 仍按「F1 在顶」的旧锚 (81, 50.9) 算，再 `flip_pwr()` 刚体转到新锚 **(80, 27.5)**，
+§7.2 四条回路一个相对数都不动（F1 例外保留 rot 90，让 +12V 脚朝南）。顺带的好处：
+- U2 刚体转成 rot 0 之后，**全部信号脚（p2/p3/p14/p15/p17~p20）朝西**（朝手机、朝 U4），外围 EFUSE_E / EFUSE_AUX 和脚在同一侧
+  —— 原来 EFUSE_AUX 摆在西边、p2/p15 却在东半边，`U2.2 / U2.15` 从 M6 起就出不来；
+- U1 的 FB/COMP 转到西边（贴手机那一侧），正好是 §3.1「内条放最怕吵的」；L1 离手机右沿 ~8 mm（原 8.6）。
+
+### 35.3 L3 两个岛上下对调，+12V 不再走线
+
+- `VO_P` 岛（`pcb_pour.VO_RECTS`）：上半 x 26~89.5 / y 38~56.3，加两个上叶夹着电池槽（C60 / Rs1·U3），U 形单环。
+- `+12V` 岛：**x 27~84 / y 9~20**，金手指 12V 三指 → F1。+12V 从此是「每个焊盘打孔进岛」（`router.PLANE_VIA_NETS`），
+  **L1 / L4 上不再有 12V 走线** —— §34 那根 L4 x≈42.5 的竖线就是把板子东西切两半、5 个网布不通的主因。§7.1 本来就写 L3 = 12V + VO 灌铜。
+  金手指这头：B1（对排 A1 = PRSNT#，不能打孔）在 L1 上横接到 B2 的孔；B2/B3 各两个孔（y 11.75 / 10.5）。
+- 大电流焊盘多打孔（`VIAS_PER_PAD`）：J5 / Rs1 各 3、C60 / F1 各 2。⚠ 顺带查出的老问题：§34 那版 **Rs1.1 的 4 A 只靠 Kelvin 线上那一个 Ø0.3 孔进岛**
+  （Kelvin 焊盘被整个排除在平面孔之外）。现在只排除 U3 那头的取样脚（`KELVIN_SENSE`）。
+
+### 35.4 D±（`router.dp_blade()`）
+
+U7 跟 J4 一起转 180° ⇒ 在 J4 **正南**，下排 3(DP 西)/1(DM 东) 直接朝着金手指。走法：金手指直上 → 并拢 → y 13 起 45° 往西北 →
+直上进 U7 下排，每根 1 个孔。**USB_DP / USB_DM 53.07 / 53.07 mm**（§34 是 42.0 / 40.5，差 1.5）；DPJ/DMJ 2.48 / 2.54。
+手性零交叉（先左转再右转，DP 一直在左手边；两个转角内外侧长度抵掉）。静态最紧 0.17（进 J4 那段，节距定死）。
+
+### 35.5 离线试布线：先合成焊盘、服务器比变体，再下发
+
+板上还是 §34 的旧摆位 + 旧铜，所以试布线不碰板：`synth_pads.py` 把改摆位前抓的焊盘表（`r2/archive_blade_prerot_0911/`）
+按新摆位刚体变换（底层 90° 按 §25.3 实测的「先镜像再逆时针」）；`remote_blade.sh` 加 `NOSNAP=1` 跳过抓板，过孔快照写 `[]`。
+**下发后必须 `pcb_route.py --dump` 重抓、`pads_diff.py` 和合成表逐脚对账，不过不许下铜。**
+
+服务器几轮（每轮 4 组，PyPy 各 ~30 s）按铜判断（`blade_conn.py`）：
+
+| 轮 | 改了什么 | 断开的信号网 |
+|---|---|---|
+| 1 | 新布局第一版 | 4：U2.2 / U2.15 / U2.20 出不来 + SDA(U4.23) |
+| 2 | 调 FIRST_NETS 顺序 | 4~5：**换顺序 = 换一批 U2 的脚断**（p2/p15/p20 ↔ p3/p14/p18）|
+| 3 | 细间距芯片「禁换层圈」`VIA_KEEP_M` 0.9 / 1.2；`--gndvia` 先打孔 | 4；`--gndvia` 放在信号前面 ⇒ 9~10（GND 孔抢出口）|
+| 4 | U2 对格（U1_Y 27.5 → 27.6）；`--gndvia` 挪到信号之后 | 4（U2.2 / U2.15 仍出不来）；`--gndvia` 不再伤信号 |
+| 5 | 排布器按「芯片脚→外围件连线不交叉」换位；上拉不按 +3V3 找去向 | 5~6：U2 西北 / 西南角的对端顺序顺了，**U2.2 / U2.15 仍出不来** |
+| 6 | U2 角上四只脚**预扇出**（`router.QFN_FAN`，`--nofan` 对照）| 带禁换层圈 6（扇出端点被逼在 L4 上挤不出去）；**关禁换层圈 2**（U2.17 + U4.7）⇒ `VIA_KEEP_M` 默认改 0 |
+| 7 | 同上，四组都关禁换层圈 | 2；`--gndvia`（放在最后）也是 2 ⇒ GND 打孔不再伤信号 |
+| 8 | U2 西列 p17~p20 也预扇出 | 2：EDL_EN(U4.7) + EFUSE_FLT(U2.20) |
+| 9 | U4 北排 p7/p8 扇出后**就地落孔换 L1**（拓扑交叉：它们往西、西边的 KEY 往东北）| 1：$1N156(U2.17)；定点补线补上后 `router_check` 查出 8 条：GND 引出脚压 USB_THERM（`--gndvia` 只核落点没核引出脚）、$1N158 从扇出端点斜着压 C14.2（虚拟焊盘名 `fan:` 被当成金手指落点、不查邻盘）⇒ 两处都修 |
+| 10 | 同上修完 | 1：$1N158(U2.18)，补线补不上 —— C14 的 GND 盘朝着 U2、信号盘在远端 |
+| 11 | 排布器 `flip_2pin()`：两脚件在 rot 0/180 之间挑「接芯片的盘朝芯片」 | **0**（v0 `--gndvia --first EFUSE_FLT,EDL_EN` 与 v2 `--first EFUSE_FLT` 都是 0）；`router_check` 精确净距 **0 条** |
+
+**结果**（第十一轮 v0，缓存 `_blade_routes.r11new-v0.json`）：678 段 / 275 孔（GND 51，其中 `--gndvia` 打的细间距地脚孔）/ 总长 2012 mm；
+信号网按铜全通；D± 53.07 / 53.07。没打上孔的 GND 脚 16 只（多是 QFN 散热盘分瓣、SOT-23 地脚），等铺铜后按 DRC 连接性核。
+§34 那版：断 5 个网 + 27 只 GND 脚铺铜够不着。
+
+### 35.6 下发与板上结果（2026-09-11 晚，用户确认）
+
+⚠ 下发前抓板发现：板上**铜层 0 段 / 0 孔**（§34 那版的铜已经不在了）、**15 件被用户在客户端里挪过**（U4 放右侧那一类尝试）——
+与交接记录不符，问过用户后覆盖；下发前整板快照 `_blade_board_prerot_0911.json`。
+
+| 步骤 | 结果 |
+|---|---|
+| 槽 / 孔重画 | 两条槽 y 56.86~59.86、七个孔，`pcb_blade --verify` 过 |
+| 摆位 | 82 件读回全对；`pads_diff.py` **359 块焊盘和合成表逐块一致**（J4/J5 底层 rot 180、C40/R40/R41 转 90° 都对）|
+| 铜 | 678 段 / 275 孔 + 缝合 72（服务器算；`NOSNAP=1` + 由缓存生成的导线快照，**布线孔当零长度导线**一起避让 —— `stitch_points()` 本身只避焊盘和导线）|
+| 斜切 / 铺铜 | 4 轮到 0 直角；重载逐项相等；铺铜 **25/25** |
+| `board_check` | 信号 **56/56 全通** |
+| DRC | 第一遍 10 = 缺口 4 + GND 6（U1.2/3 离散热盘 0.3 没接、U3.2、J4.12 的「斜线→桥线→孔」DRC 不认、J4.16 头顶被 USB_THERM 孔堵）；补 6 段 + 1 孔（先进缓存、`router_check` 0 条再下板）⇒ **4 条，全是 PCIe 缺口 0.2 mm（§27.8）** |
+
+最终快照 `_blade_board_rot180_final_0911.json`。还欠用户：SIM 卡托 / 顶边导轨 / 排线实物走位这三条机械确认。
+
+### 35.7 PCIe 缺口 1.9 → 1.6（用户拍板，§27.8 结案）
+
+`fp_edge.NOTCH_W = 1.6`（CEM 值；1.9 是 KiCad 封装值）⇒ 口部断点 38.70 / 41.30，缺口边到 11/12 号指铜边 **0.35**（原 0.2）。
+**PCB 上元件的封装是工程库副本，不是个人库原件**：J1 `getState_Footprint()` = `a1ad3deadadbf758 @ 05a65c22…`。
+API 没有「更新封装」（`IPCB_PrimitiveComponent` 只有位号 / 位置 / uniqueId 这些 setter），但**直接改工程库那份副本 + 重载 PCB，实例就跟着变**：
+`fp_edge.py --notch` 只删 / 重画两份封装的板框层 16 段（焊盘不碰）→ 重载后 J1 内部缺口读回 38.70~41.30、64 只焊盘网名全不变 →
+`pcb_blade --outline`（板框折线里的缺口同源）→ 铺铜 25/25 → **DRC 0 条**（间距 0 / 连接性 0）。
+⚠ `lib_Footprint.search` 在这台客户端上抛 `o[r].match is not a function`，所以 `--notch` 按 `FP_COPIES` 里的 uuid 直接开编辑器。
+
+第五轮放大看才看清 U2.2 的真实卡法：对端顺序已经顺了，但 A* 一次只看一根 ——
+$1N164(p3) 出脚后斜到 x 79.0 往北走，压住 U2.2 头顶那一列；反过来让 EFUSE_PG 先布，它又在 U2.2 正北落孔，孔挡住 p3 那一列。
+两只 0.5 节距的脚同时往西北出**是走得通的**（西边那只先拐、东边那只多直走半格再拐，两条 45° 平行线相距 0.707），
+贪心 A* 找不到这种配合 ⇒ 和 D± 一样改成**构造**：p2/p3、p15/p14 各画「直走 1.0 / 1.5 + 45° 0.75」，端点在格点上、
+落在禁换层圈外，A* 从端点起步。静态校核离相邻异网焊盘最近 0.275。
+
+这几轮顺带抓出来、已经修掉的：
+- `ctrl_hand` 的 I²C 上拉：**位号写反**（R41→SDA、R40→SCL，实际 R40 是 SDA 上拉）+ 排到 U4 南边时 +3V3 那只盘朝着芯片 ⇒ 改成按网名反查、pad1 朝 U4（南边 rot 270）。
+- **U2 不在 0.25 格点上**：刚体转之后 U2 中心 = U1_Y + 21.9，取 27.5 时西列 p17~p20 落在 x.15 / x.65，出线挤到 0.25 以下。
+  U1 两短边的 EN/PG/FB/COMP 和 U2 没法同时对格（相对距 21.9 不是 0.25 的倍数），旧版也一样，保 U2。
+- **U2 角上出不来的真因是摆位交叉**：只按「离对端最近」排，EFUSE_PG(p2) 的上拉 R15 被 +3V3 的最近焊盘（U3.6）拽到东北，
+  而 $1N164(p3) 的分压 R16/R17 在西边 ⇒ 两根一出脚就交叉，先布的那根横在另一只脚头上。
+  ⇒ `target_point()` 对「还挂着别的信号网」的件不再按 +3V3 找去向；`reassign()` 的代价加「芯片脚 → 外围件连线」交叉数 × 6 mm。
+
+---
+
+## 36. D16：底板电源入口改 USB-C PD 取电（2026-09-11 用户拍板「走方案 B」）
+
+### 36.1 决定与理由
+
+用户要求改成「用 Type-C 从 120W 氮化镓充电器取电，并兼容各手机厂商的充电器」。可行性结论（会话里给过用户）：
+
+- **各家 120W 标称都是私有协议**（小米 / vivo 20V 6A、华为超级快充、OPPO SUPERVOOC），要手机端鉴权，取电芯片拿不到。
+  **唯一的公约数是 USB PD**：小米 120W / 华为 100W 的 C 口 PD 只到 **65W**（20V 3.25A），vivo 120W / Anker 这类 100W。
+  UFCS 互通只有 40~44W，而且 CH224A 不支持 UFCS。
+- **单口上限 20V × 5A = 100W**（5A 要 e-marker 线；普通 3A 线 60W）⇒ 降压后 12V 侧 **约 95W / 7.9A**，
+  低于 R1 §22.6 的最坏 9.99A（≈108W）。整板常态 10~25W，任何一档都够；**最坏工况靠固件限功率**（R1 §8.3 早就规划了「读输入侧 INA226 按优先级降载」）。
+- **20V 不能直接进 12V 母线**：U29 泄放 13.2V 导通（10Ω 上压 40W）、两块板的 SMBJ13A 14.4V 击穿、刀片 TPS54622 VIN 上限 17V。
+  ⇒ 板上加一级 **20V → 12V 降压**，12V 母线及以下（A1 的储能 / 检流 / 泄放、五片刀片）**一个字不改**。
+- 顺带消掉决策 #20 的已知风险：DC-005 家族额定 2~5A 却要走 10A；USB-C 在 20V 下只走 5A。
+
+### 36.2 电路（新页 `A1B-PD`，脚本 `r2/a1b_pd.py`）
+
+`J1` USB-C（TYPE-C-31-M-12，C165948，**与 J23 同料**，额定 5A/20V）→ `F1` 12A → `VIN_FUSED`（20V，≤5A）
+→ `D3` SMBJ22A + `C21~C24` 10µ/50V + `C19/C20` 100n/50V → `U37` **LM61495QRPHRQ1**（C3188410，10A，3~36V）→ `L4` → **`VIN_SW`**（12V）→ A1-INPUT 的 Rs6。
+
+| 件 | 取值 | 依据 |
+|---|---|---|
+| `U36` CH224A（C42459160）| 单电阻 `R7` 120k ⇒ **只请求 20V** | 各家 PD 都有 20V；12V 不是每家都有（小米没有）；28V EPR 手机充电器不给 |
+| `D3` | SMBJ22A（C151920）| VRWM 22V > PD 20V 档上限 21V。⚠ **固件不许让 CH224 请求 28V**（寄存器 0x0A=5） |
+| `R8` RT | 22.1k ⇒ **720 kHz** | `RT = 16.4/fsw − 0.633`；电感下限 `L > Vout/(fsw·0.6·10A)` = 2.8µH。400 kHz 要 ≥5µH，SRP1265A-6R8M 立创查不到料号，故提频率 |
+| `L4` | SRP1265A-4R7M（C780205）| Isat 28A / Irms 13.5A / 8.4mΩ；纹波 1.42A（14%）|
+| FB | `R10` 110k / `R11` 10k | VFB 1.0V ⇒ **12.0V** |
+| EN | `R12` 100k / `R13` 10k | 1.263V × 11 = **13.9V** 才启动（12.8~15.0）⇒ PD 协商到 20V 之前（5V / 9V）不启动，母线大电容不会在 5V 下拽充电器；也挡住插错口（PC 只给 5V）|
+| SPSP / SYNC / BIAS | VCC / GND / GND | 扩频开；轻载自动 PFM；BIAS 按手册「输出不低于 12V 就接地」（BIAS 绝对最大 16V）|
+| `C14~C17` | 22µ/25V | 输出侧另有 A1 的 C2/C3 470µF + C4/C5 10µF |
+| I²C | CFG2/CFG3 → TCA9548A **通道 5**（`SDA6`/`SCL6`）| 寄存器 **0x50 = 当前档位最大电流 ×50mA** ⇒ 固件按它定整板功率上限（60 / 65 / 100W）。CH224A 自带 10k 上拉 |
+
+删掉的（原 A1-INPUT）：`J1` DC-005、`Q1` AO4407 反接保护、`DZ1`/`R1`/`C1` 栅极缓启动（USB-C 不会插反；缓启动由降压软启动 + EN 门限代替）。
+`F1` 位号保留、搬到 A1B-PD。DP/DM、PG、RESET# 都不用；SBU / D± 不接（只取电）。
+
+### 36.3 原理图改动
+
+| 页 | 改动 |
+|---|---|
+| **A1B-PD**（新）| 25 件 / 90 段 / 21 旗 / 21 端口。U37 两侧 10 间距的脚挂不下旗，功能块间一律用端口（`SW12` `BST12` `VCC12` `RT12` `EN12` `FB12`）|
+| **A1-INPUT** | `a1_input.py` 加 `D16_DROP` / `D16_SEGS`：旧入口 6 件和挂在它们上的导线组整组删，`VIN_SW` 组只摘掉 Q1 漏极那五段；删完断言没有导线端点压在被删件的引脚上 |
+| **A3-CTRL** | TCA9548A 脚 15/16（通道 5）引出 `SDA6`/`SCL6`（x 545，和 SDA5/SCL5 同列；名字只能 4 个字，右边 x≈620 起是 DAC 那一列的标签）；A2 的地旗从 (585,270) 挪到 (530,290)，让开新标签 |
+
+改前两页的现状快照：`r2/_a1_a3_pre_d16.json`（A1 页上当时有 104 条文字，脚本只生成 16 条 —— 历次重画残留的）。
+
+### 36.4 还没做的
+
+- ⬜ 用户截图确认三页方向与排版（CLAUDE.md 规矩）。
+- 🔶 PCB：导入 / 摆位 / 脚本已完成，布线进行中 —— 见 §36.5。
+- ⬜ 固件：CH224A 驱动（TCA9548A 选通道 5，读 0x09 / 0x50）+ 整板功率上限按 0x50 取；禁止写 0x0A=5。
+- ⬜ 丝印：J1 旁标「PWR 20V」，J23 标「USB」。两颗同料的 C 座插错不会坏（见 A1B-PD 页【C】），但要标。
+
+### 36.5 PCB（2026-09-11 深夜 ~ 09-12）
+
+**导入**
+- 上次推三页时存了盘，但 A1-INPUT / A3-CTRL / A1B-PD **74 件的原理图 uniqueId 全是空的**（存盘、重开工程都不给分配；A4-HUB 那次是给了的）。
+  空着导入 ⇒ 板上已摆好布好的 A1 / A3 49 件会被当成「移除 + 增加」。⇒ **原理图侧 `setState_UniqueId()` 可用**：
+  保留件写 PCB 现有的 ggeNNN，23 颗新件写 `d16_<位号>`；存盘、重开工程读回 74/74。之后 `uid_sync_base` 0 / 141 不一致。
+- 对话框是虚拟表格，按行读会超 30 s；改从表格的 React props 里直接取 `rows`（185 行 / 107 条明细）：
+  移除 4（C1 DZ1 Q1 R1）/ 增加 23 / J1 换封装 / 改网络 29（U35.15/16 → SDA6/SCL6 + 11 组自动网名整组换号）/ 通道ID 50。
+  应用时取消「包含设计规则」「同时更新导线的网络」—— **换号那 11 组板上 51 段 / 10 孔照样被改了名**（两个勾都没勾）。
+- 验收：164 件位号 + 封装逐件对上；**导入前后全板焊盘网名逐脚比对，差异 = 对话框清单，一条不多**；铜一处未动（仅两段共线 VIN_SW 被并）。
+  快照：`_base_board_pre_d16_0911.json` / `_base_padnets_pre_d16.json`（导入前）、`_base_board_post_import_d16.json`。
+
+**摆位（`place_base.PD_HAND`，27 件逐件手排，`--only-pd` 只下发这一窝）** —— 图 `M18`（会话里给过用户 v4）
+- J1 C 座底层 rot 180 口朝南 (12.5, 5.25)；F1 在 J1 正北（两组 VBUS 在 F1 南合流）；U36 CH224A 在 J1 东（CC 列朝西、I²C 列朝东进槽下走廊）。
+- **U37 底层 rot 270：SW 边朝西接横放的 L4（rot 180，SW 端朝东），信号边（FB/RT/VCC/EN）朝东**。
+  这样转的理由：U37 两侧 VIN 要连通（见下），信号边朝东时 FB 采样线能沿东侧空带北上回 VIN_SW，不用跨 VIN；
+  L4 的输出端正好落在西北角挨着 C2 / C5；L1 小岛变成南北向一长条，与 12V 电流方向平行。
+- 两颗 100n（C19/C20）贴 U37 南北两侧 VIN/PGND（中心距 1.5）；南侧大电容 C21/C22，北侧 C23/C24（经 L1 小岛）；
+  BOOT C18 在西北角落 L4.1 上沿；东侧一列 R8 / R11 / R10 / C13；EN 分压东南；输出电容 C14~C17 在 L4 北沿一行；
+  **RT602 改贴 U37 东侧测降压**（用户选；原来测 DC-005 接触热）。
+- 留空区 `PD_FREE`：J1 两组 VBUS 之间（CC 换层 + VIN_RAW 合流）/ BST 出路 / EN·SYNC·SPSP 出口 / SW 连接段。
+- 读回：位姿逐件对上、朝向断言（J1/J23 口朝南、U37 SW 在西、L4 SW 端朝东）过。
+  ⚠ `verify()` 原来按焊盘块中心比，U37 这类多边形焊盘抓回来按板上水平条带拆，转 90° 后拆法不同 ⇒ 报了假的 0.375 mm；
+  改成**逐脚比所有块合起来的外框**（27 件最大差 0.002）。泄放链 Q3 漏极网名原来写死 `$1N114`（导入后是 `$1N213`）⇒ 改按 5 脚现取。
+
+**两处单层走不通 → 用户选的换层方案（`pcb_base.PD_L1`）**
+1. **CC 夹在两组 VBUS 之间**（USB-C 脚序决定：GND VBUS CC2 … CC1 VBUS GND），VIN_RAW 一合流 CC 就被围住 ⇒
+   CC 在两组 VBUS 之间打孔上 **L1**，在 12V 大铜里各开一条窄走廊东去 U36 再下来（CC2 南、CC1 北，不交叉）。
+   ⛔ 没选「壳体底下走 L4」：20V / CC 压在接地金属壳下只隔一层阻焊。
+2. **LM61495 两侧 VIN 连通**（VIN1/VIN2 分两侧、中间夹 SW，TI 做法是 VIN 走另一层）⇒ U37 正上方 L1 挖一块 **VIN_FUSED 小岛**
+   (18.9~22.9, 13.4~29.2)；L1 12V 主块在这一段还剩 18 mm。
+- 实现：`route_base._build` 先把窗口从 12V 挡线图里扣掉、再按各自的网封（⚠ router `_mark` 在别的网已占的格子上写会变 255，不能叠加）；
+  `pour_base` 12V 大铜绕开小岛（外扩 0.5），小岛自己铺 VIN_FUSED。
+
+**脚本改动**
+- `pour_base`：入口铜块不再按「本网焊盘外框」自动撑（新件东一颗西一颗，一撑就把 U37 包进去）⇒ 手画矩形 `PD_POUR`
+  （VIN_RAW 1 / VIN_FUSED L4 3 + L1 小岛 / SW12 / VIN_SW 3）；Q1 栅极缺口删除。离线断面：J1→F1 6.60（要 3，不强制）/
+  L4→储能→Rs6 7.95（要 6.5）/ L1 12V 主块 13.20（要 8）。
+- `rules_base`：加 SW12（PWR9A、铺铜全连接）；`_base_npth.json` 补 J1 两颗定位孔（按 J23 同料平移）。
+- 新脚本：`d16_route.py`（服务器：固定构造 → 早段地孔 → 逐网补线 → 晚段地孔）、`remote_d16.sh`（上传 / 拉回，`MODE=reach` 跑
+  `d16_reach.py` 泛洪诊断）、`d16_check.py`（本机四层精确净距 + L1 窗口 + 连通）、`d16_push.py`（下发 + 读回按几何逐条核）。
+
+**板上删旧铜**：VIN_RAW / VIN_FUSED / GATE 整网 + 角内 VIN_SW / NTC2 + 压新件焊盘的 GND ⇒ 线 36 / 孔 2，按几何匹配删。
+⚠ **删完线数只少 34**：EasyEDA 删除过程中把残段合成了**两条新线**（新 ID、新几何，导入后的快照里没有），按几何再删一次才干净
+（`_base_board_post_del_d16.json`，1787 段 / 580 孔）。⇒ 删铜后一律「期望 = 旧快照 − 删除清单」与读回逐条比。
+
+**服务器补线（`d16_route.py`，每轮 ~15~25 s）**
+- 第一轮：SPSP（南侧）→ VCC（东北角）在 L4 上只能绕东侧，一根线把 FB / RT / EN 的出路全封了；0805 / 1206 的 GND 盘被当成散热盘打了盘中孔；
+  VIN_RAW 0.5 落不进 C 座 VBUS 0.3 宽的焊盘条；VIN_SW 报 `C2.1#t` 出不来是通孔的 L1 障碍副本被当成了焊盘（假的）。
+- ⇒ 固定构造（本机 `d16_check` 四层精确净距 0 条后才上服务器）：
+  SW12 U37.16↔L4.1（1.0 宽，夹在两只 PGND 角脚之间）/ **SPSP→VCC 走 U37 肚子底下**（0.15 宽，从 SW 焊盘和东侧那排脚之间穿过，
+  离 FB 0.186、BIAS 0.165）/ U37 PGND×2、BIAS、SYNC、AGND 的「短线 + 孔」（AGND 从 R8 与 R11 中间往东引出）/ J1 两只贴片 GND 脚接旁边外壳通孔脚 /
+  C18.SW → L4.1 / VCC 6 脚 → C13 / VIN_RAW 两组 VBUS 各一根竖线进 F1.1。盘中打孔阵只给 U36 散热盘。
+- 第二轮：GND 地孔全打上；FB / RT / EN / VIN_FUSED / VIN_SW / NTC2 通；剩 BST12（被 SW12 的绕线封了）、VCC 6 脚、VIN_RAW ⇒ 上面最后三条固定线。
+- 第四轮：除 SDA6/SCL6 外全通（197 段 / 49 孔，本机 0 条）⇒ **已下发存盘**（`_base_board_post_push_d16.json`）。
+  读回时两段同网 VIN_FUSED 被 EasyEDA 拼成一根（0.4 的短线挪了 0.05 mm），按实际坐标核过：铜覆盖原两段、离 C18 0.276。
+
+**I²C：CH224A 改挂主总线（用户 2026-09-12）**
+- SDA6 / SCL6（→ U35 通道 5）连着两轮「没布通」。`d16_reach.py` 在布线网格上泛洪：U35.15/16 能到的范围被整个圈在北半边
+  （y ≥ 46.9、x ≤ 72.6），南边 U36 能走遍全板但碰不上 —— 圈住它的是 J36 槽一带的原有布线（GND / +3V3 / L1 +12V、+5V / 风扇测速，
+  内层残留线挡孔），不是新入口造成的。A* 没有搜索上限，「没布通」= 真没有路。
+- 用户选**改挂主 I²C**：0x22/0x23 与主总线上 U13 0x43 / U6 0x4A / U7 0x4B / U35 0x70 不冲突。
+  `a1b_pd.py` U36.2/3 → SCL/SDA；`a3_ctrl.py` U35.15/16 回 NC。推送、verify_sch 两页 PASS、xpage 0；
+  uniqueId 同样被整页重画清空 → 再写回；导入 20 条改网（含 7 组自动网名换号：DAC 6 组 + CFG1 `$9N85 → $9N145`），焊盘网名比对 0 意外。
+  ⚠ 导入后要 `place_base --dump` 重抓焊盘表，否则 route_nets 拿旧网名判「已连通」。
+- SCL 能接（落在 U13.5 往东那根上），**SDA 接不进**：南边唯一的 SDA 是 U13.4，东边 INA_ALERT / SDA / SCL 0.5 mm 并排出束、
+  西边本体底下有一段 SCL 把 2、5 脚连起来 ⇒ 四面被围，这束一直夹着进北边，中间放不下一个孔（`d16_tap` 30 个落点全不通）。
+- 用户选**拆 U13 这一束重布**（`d16_rip.py`，只改数据不动板；拆除区 (15,38)~(40,58) 内三网外层铜，U13 本体底下的 2—5 脚 SCL 连线留着）：
+  - 12 组（先后 × 线宽 0.2/0.15）全都至少断 1 块 —— 南北之间能穿墙的路只有两条（那条走廊 + 经 L1 绕行的一条），却有三根线；
+  - 实验：候选落点 30 → 100，INA → SDA → SCL 三网都能回北边，但 U13 的 SCL 新路从南边兜过 U36，把 U36.3 和 SDA 隔开；
+    INA_ALERT 不接回的话，U13 的 SCL 反而回不去（这条路不成立）；
+  - ⇒ 逐步排序 `--steps`：**INA:1 → SDA:1 → SDA:2 → SCL:1 → SCL:2**（线宽 0.15、候选 100）**0 块断开**，本机净距 0 条。
+    代价：新 132 段 / 21 孔、~303 mm（U13 的 SCL 从北侧 2 脚绕了 44 段 / 13 孔，INA_ALERT 36 段 / 5 孔）—— I²C 100~400 kHz 下长线电容仍在允许范围内。
+  - 同批下发：C18 → L4.1 那段终点伸进焊盘（`board_check` 把 3.5×5 的 L4.1 读成 5×3.5，报 SW12 两块）。
+
+---
+
+## 37. 底板顶面件：C2 / C3 / J26 / J27 / J33（2026-09-12 用户要求）
+
+用户：「将风扇座，C2,C11,J33 移到顶面」——追问时澄清 **C11 是指 C3**（`C11` 是 0402 的 3V3 去耦，
+翻面等于把铜从 L4 挪到 L1、还要在 12V 大铜里挖窗，去耦电容又跑到芯片另一面，已排除）。
+
+### 37.1 为什么这五件翻面是「零代价」，而别的件不是
+
+名单在 **`pcb_base.TOP_EXTRA`**，`side_of()` 按它判层。判据只有一条：
+**焊盘全在封装 y = 0 那一排**。`place_base.pad_off()` 翻面只把原生偏移的 **y 取反**，
+所以 y=0 的脚翻面之后孔位、针序、铜**一根都不变** —— 纯粹是装配面 + 丝印换面。
+
+⛔ 焊盘不在一条线上的件（贴片、双排针）不成立：那种翻面会把铜整个挪到另一层，要重新布线。
+
+### 37.2 顶面的限高不归 `H_BOTTOM` 管
+
+插槽把刀片底边抬到板上约 **11 mm**（§6.6），刀片自己 y 0~11 又是金手指禁布区（两面无件）
+⇒ 顶面件（12 mm 的电解、11.5 mm 的排针）**高度不受限**，只有**横向**约束：
+
+| 约束 | 判据 |
+|---|---|
+| 刀片板面 | 竖在 `y = 槽心 ±0.8`（板厚 1.6），顶面件本体离它 ≥ `CARD_CLR` 0.5 |
+| 槽体 | `slot_body(i)`，x 28~70 |
+| 背面 | 通孔件在背面**只占焊盘**（±4.61 × ±0.8），不是 5 mm 深的本体 —— 所以能塞进背面件的缝里 |
+
+`place_base.selfcheck` 已加这一支。**J27 原位 (13.5, 88.0) 的本体 y 85.5~90.5 正好穿过 J34 那片刀片**
+（89.64）⇒ 必须挪；而 x=13.5 往南焊盘先压 C738 再压 R754 ⇒ 只能往西，定在 **(9.0, 85.5, rot180)**。
+rot180 是扫出来的：针序反转把 12V 脚换到靠 C738 那侧，未完成从 6 条降到 2 条。
+
+### 37.3 ⛔ A6 西北角是「单层布线区」—— 这一轮最贵的一课
+
+`l1_12v_rects()` 的 12V 主块是 **x 0.5~27.8 / y 0.5~97.5 的一整块**，把整个 A6 区的 L1 占死
+⇒ 过孔上得去但走不动，那一带等于**单层**，而 L4 早被风扇驱动那一窝件占满。
+
+于是「几何上放得下」≠「线接得上」：按用户先选的「两只座都南移进走廊」，
+**扫了 800 个候选落位**（`fan_scan.py`，PyPy 上单轮补线 ~1.2 s）、压线宽、拆线重布、
+修了通孔盘放大量，**始终有 3~4 条布不通**。
+
+**解法**：给 `FAN_PWM_L` 在 `pcb_base.PD_L1` 里开一条 **L1 走廊 `(4.0, 86.0, 21.0, 89.0)`**。
+它只挡**导线图**（`route_base._build` 先从 12V 里扣掉窗、再按窗的网名封），
+**铺铜那边不用开窗** —— L1 的 12V 铺铜本来就会绕开异网导线，D16 的 CC 两根走的就是这个路子。
+
+- 断面账：主块宽 27.30，被一根 0.15 的线占掉约 0.5 ⇒ 仍 **≈26.8 mm ≫ §6.4 要的 8 mm**。
+- y 86~89 **不碰任何一槽的 12V 指头**（槽 5 南指 y≈83.04 / 北帽 y≈96.24）。
+- 结果：四个风扇网**全通**，补 60 段 / 3 孔 / 87.5 mm，其中 PWM 借 L1 走 13.9 mm。
+
+### 37.4 `TH_GROW`：通孔盘被统一放大 0.6，把排针的中间几只脚封死了
+
+`route_base.TH_GROW = 0.6` 本是为 **J1 / J23 的长槽孔**加的（槽比焊盘大），却对所有通孔盘生效：
+2.54 间距的风扇座（圆盘 1.6）在占用图里变成 **2.2 × 2.2**，相邻两脚之间只剩 0.34，
+而出口要「半盘 1.10 + 线半宽 + 净距 = **1.33**」才落得下第一格 ⇒ **中间那几只脚一根铜都出不来**。
+
+症状是布线器报「`J26.3` 没布通 / 一根铜都没有」，看着像没地方走，其实是被自己虚胖的邻盘封死；
+压线宽、拆线重布、换落位全都救不回来。已改成按件区分（`th_grow()`，只有 `TH_GROW_REFS` 放大）。
+
+### 37.5 两条方法论
+
+1. **能不动的件就别动**。J26 原地翻面 = 零布线代价；它一旦挪窝，那三条线就得在单层区重布，
+   而**布线器布不出来的路，不等于板上原来没有** —— 拆之前先备份几何，走不通就原样画回去
+   （`ripped_backup.json` → `restore_ripped.py`，这一轮真用上了）。
+2. **搜索的判据缺一条，就会被精准地钻这个空子**。`fan_scan` 起初没查「两只座本体不许重叠」，
+   扫出来的「最优」是两只座**摞在一起**（J26=(13.5,94.5) / J27=(12.0,94.5)）—— 布线代价当然最低。
+- ⬜ NTC2 绕了 108 mm / 12 孔（RT602 新位置 → 东边的老线），通，不好看。
+
+**收尾（修正 3）与最终状态**
+- DRC 第一遍：间距 3（全是「钻孔到钻孔」：服务器扇出的 VIN_FUSED / GND 孔紧挨着固定孔，0 / 0 / 8.5 mil）+ 物理 4（R10 采样线 0.2 < PWR9A 下限 0.3）
+  + 连接性 4（J36.1 / J36.4 / Q6.2 GND —— 新线切了铺铜 / 铺铜分块变了）。
+  ⇒ 删 3 个服务器孔（留固定孔，C19/C20 的地仍经各自引出线接到固定孔）、采样线加宽 0.3、J36.4 / Q6.2 各补 GND 孔（`d16_gndfix.py`，
+  J36.1 找不到落孔点，靠与 J36.4 相连的那根 L1 GND 线）。`d16_check` 补了**同网钻孔间距**（原来只查异网）。
+- **最终**：快照 `_base_board_final_d16.json`（2104 段 / 648 孔），图 `M18-d16-routed.png`；重铺 147 块填 135（功率铜面全填）；
+  **DRC 间距 0 / 连接性 0**，只剩插槽封装自带 5 条（§27.8 起的老问题）；`board_check` 118 / 121（GND 6 只通孔 / 铺铜脚、XTAL1/2 圆弧 —— 老误报）；
+  断面 L4→储能→Rs6 7.95 mm、L1 12V 主块 13.20 mm。
+- ⚠ `reload_base` 重载前会 save()：一次 `d16_push … | tail && reload_base` 把读回差 1 段（被同网宽线整段覆盖的碎段）的版本存了进去，
+  无害；链条一律 `set -o pipefail`。
+- ⚠ **2026-09-12 复核板面**（用户问「板上是不是最后那版」）：与 `_base_board_final_d16.json` 逐项比，**少了 16 块铺铜、全是内层地**
+  （GND-L2-0~7 / GND-L3-0~7，L2/L3 各 13 → 5；L1 55 / L4 66 一块没少），线 / 孔 / 弧 / 填充 / 164 件位姿全同 ——
+  也就是说**内层地平面被删掉一多半，而 DRC / board_check 都不会直接指出来**（一个不读铺铜，一个把它算成「靠铜面成网」）。
+  同时 USB2 差分对有 5 段直角改成了 45° 斜切（三个角），四层精确净距重算 0 条 ⇒ 改好不是改坏，**保留**。
+  ⇒ 只 `pour_base --push` 重建 147 块 / 填 135（L2、L3 各回 13），重铺前后线 0 变、孔 0 变、元件位姿 0 变；
+  恢复前存档 `_base_board_before_repour_0912.json`，此后基准 `_base_board_d16_restored_0912.json`。
+  **教训：交接 / 收尾前按快照逐项比，铺铜要按「层 + 网 + 名字」逐块比，光看总块数看不出内层被删。**
+
+## 38. 底板风扇窗口按用户新布局重布 + L1 走廊重开（2026-09-12 用户要求）
+
+用户：「将底板按照现在我的布局重新布线」→ 选「**风扇窗口整体重布**（拆掉自己手布的 43 段重来）」+「GND 回流孔一起补」。
+
+### 38.1 ⛔ 走廊是跟着**摆位**走的，摆位一变走廊就作废
+
+§37.3 给 `FAN_PWM_L` 开 L1 走廊解决了「A6 是单层布线区」，后来又按当时的摆位加了三条
+（`FAN_TACH_OUT` 贴东缘竖带 / `FAN_EN` / `FAN_PWM` 短横带）。这一轮发现：
+
+**用户重摆之后，那四条走廊注释里写的坐标全是旧的** —— `R748.1` 从 (18.2,91.0) 跑到 **(5.13,73.91)**、
+`R757.2` 从 (27.2,93.0) 跑到 **(18.11,83.57)**。走廊还在原地，等于没开
+⇒ 四条长途网（`FAN_EN` / 两路 `TACH` / `FAN_PWM_L`）必然布不通，**与布线器参数无关**。
+
+⇒ 走廊必须**和摆位一起维护**。为此把走廊做成可配置（`_base_window.json` 的 `pd_l1_extra`，
+`repair_window.py` 运行时替换 `B.PD_L1` 里的 `FAN_*`），服务器单轮 1.5 s，试一组不用改源码；
+定稿后再固化回 `pcb_base.PD_L1`。
+
+### 38.2 走廊必须**盖住焊盘正上方**，不能只盖沿途
+
+只盖沿途的话，那只脚得先在 L4 挪到走廊下方才打得了孔 —— 实测 `J27.4` / `Q10.3` 就是这么卡住的：
+
+| 版本 | 走廊 | 未完成 |
+|---|---|---|
+| 无走廊（旧的四条按旧摆位） | — | 4 |
+| v1：只盖沿途 | 4 条 | 3（`FAN_EN` 0 段 → 11 段并布通） |
+| **v2：盖住焊盘（定稿）** | **6 条** | **2** |
+| v3：把 `FAN_TACH_IN` 竖带再放大 | 6 条 | 2（**换了人**：TACH_IN 通了、`FAN_EN` 掉了） |
+| v4 = v3 + 把 `FAN_EN` 顶到 priority 最前 | 6 条 | 2（还是换人，总数不变） |
+
+⇒ 再次印证「priority 是按下葫芦浮起瓢」（§36 同结论）。**别再调**。
+
+### 38.3 定稿的六条走廊与断面账
+
+```
+FAN_EN        (12.00, 76.10, 27.50, 77.10)   R748.1 西段走 L4、东段借 L1 到窗缘
+FAN_TACH_IN   (16.00, 75.15, 27.50, 76.05)   主干端点 (26.00,75.62) 在窗缘
+FAN_TACH_IN   (13.70, 76.05, 16.20, 90.40)   竖带盖住 Q9.3 / R753.2
+FAN_TACH_OUT  (17.40, 80.70, 27.50, 81.70)   盖住 Q10.3
+FAN_TACH_OUT  (17.40, 81.70, 18.80, 84.10)   竖段接 R757.2
+FAN_PWM_L     (10.30, 83.90, 22.50, 87.30)   盖住 J27.4 与 Q6.3
+```
+
+- 判据（§6.4 ≥ 8.0 mm）：主块宽 27.30，**逐 y 水平断面**上扣掉走廊的 x 跨度 ⇒ 新工具 `l1_section.py`。
+  纯几何算 **11.80 mm**；铺铜之后 `pour_base` 的实测断面（还要扣掉线和孔）**9.82 mm**，仍达标。
+- **横带很贵、竖带几乎免费**：横带按它的 x 跨度整段扣，竖带只扣 1~3 mm。
+- 走廊 x 一律 ≤ 27.5，而槽指头在 x ≥ 27.5 ⇒ **不碰任何一槽的供电路径**。
+- 只挡**导线图**，铺铜不用开窗（同 §37.3）。
+
+### 38.4 「布不通」这次不是拥塞
+
+- L4 沿四条路径**逐 x 扫过纵向空隙：没有一条彻底堵死**（最窄 0.9 mm）。
+- L1 上按 0.25 网格泛洪：`J27.4` → 已布 L1 段 **686 个格点可达**；`R753.2` → 窗缘 **757 个可达**。
+- 换层孔在 `J27.4` 旁 **0.25 mm** 处就落得下。
+⇒ 三项都排除之后，`FAN_PWM_L: J27.4` 仍 0 段，**剩下的怀疑对象是 A\* 自身**（同 §36 的 `$6N64`）。
+
+### 38.5 板上结果
+
+拆 43 段 → 补 **139 段 / 7 孔** → GND 回流孔 **10 个** → 缝合孔 **25 个**；
+板上 外层 1960 / 内层 116（用户手布，一段没动）/ 过孔 669；铺铜 147 块建齐、填出 132（空的 15 块全是 GND 小瓦片）。
+`fan_check` 对**板上真实快照**逐项净距达标（含「新孔 vs 内层线」）；669 个孔 vs 新线异网净距 0 处不足。
+
+**遗留**：① `FAN_PWM_L: J27.4` 没接上；② `FAN_EN` / `FAN_TACH_IN` / `FAN_TACH_OUT` 到 U20 的**窗外段**
+（缺口 15.6 / 17.7 / 16.6 mm，中间是槽体 x 28~70 的手焊 1 mm 针排，按设计不许穿 —— **拆线前也没通**）；
+③ `DZ3.1`(+12V) 被挪走后离开了原来的换层孔，最近同网铜 9.1 mm（L4 上那一带没有 12V 铜，要靠孔上 L1）
+—— **拆线前就是这样**，已在本轮顺手补一个 +12V 过孔（落点就在焊盘中心）。
+
+⚠ 与拆线前逐网对比（同一套并查集判据）：`GND` 未接 58 → **48**、`+3V3` 未接 2 → **0**、
+两路 `TACH` 未接 2/1 → **0**、`+12V` **一字不差**、`XTAL1/2` 不变（老误报）
+⇒ 本轮**没有引入任何新的连通性问题**。
+
+### 38.6 两条操作上的坑
+
+- **EasyEDA 会合并线段**：拆线点名 43 段、外层实际只少 42（`FAN_PWM` 主干被延长）；下发 139 段、
+  板上净增 142，其中 8 段"按坐标找不到" —— 逐段核过**全部被同网同层铜覆盖，真缺失 0**。
+  ⇒ 拆 / 发之后要按「几何是否被覆盖」判，不能只按坐标比对。
+- **EasyEDA 的 PCB API 回的是 mil**。抓板脚本漏了 ×0.0254 时，连通性判据会把**每一只脚**都报成"未接"，
+  而数值上看着完全正常。
+
+## 39. 底板位号丝印重排（2026-09-12 用户要求「按当前 EDA 中底板状态定版，优化丝印放置」）
+
+板上布线以**用户自己布好的那一版为准**（定版，不再动铜）；这一节只改丝印。
+
+### 39.1 现状体检
+
+板上 **164 个位号**（`pcb_PrimitiveAttribute`，`key=='Designator'`），字高统一 1.143 mm、
+居中对齐、不镜像；顶层丝印（layer 3）10 个、底层（layer 4）153 个可见，`C743` 不可见。
+**板上没有任何元件外框丝印**（丝印层 0 线 0 弧）—— 装配时只有位号可依。
+
+| 判据 | 改前 | 改后 |
+|---|---|---|
+| 压同面焊盘 | **128** | **4** |
+| 压过孔 | 48 | 8 |
+| 越板框（留 0.5） | 8 | 3 |
+| 位号互相重叠 | 34 对 | **0** |
+
+重排 150 个（理想位 143 / 允许压过孔 4 / 允许压焊盘 3），白名单保留 13 个；
+位号离本体中心平均 2.19 mm、最远 6.97 mm（`L4`，本体 15×12.5，位号贴在本体外 0.5 mm）。
+
+### 39.2 ⛔ 三条判据上的坑
+
+1. **`rotation` 字段是「度」且不归一化**：`900` 表示 180°、`720` 表示 0°。
+   按 ×10 解读会得到「9° / 18° / 27°…」这种**看着像真的却完全错误**的朝向分布。读回一律 `% 360`。
+2. **不能用「本体 ≥ 5 mm」当保留白名单**。第一版这么写，把 `R9A`(7.4×3.5) / `D3`(6.8×2.2) /
+   `U13`(2.3×5.8) 这些**该重排**的中等件一起豁免了 —— 改后残留 25 个里 **18 个**是这么来的。
+   ⇒ 改成**显式名单** `silk_base.KEEP`：五个插槽（位号故意放槽体西侧 x=28，离本体 21 mm）、
+   `U20`（让开天线净空）、顶面件 `J26/J27/J33/C2/C3`、板边 USB-C `J1/J23`。收紧后残留 25 → 12。
+3. **必须给「离本体」设硬上限**（`MAXD = 2.2` mm，量到本体外框）。
+   不设的话贪心会把位号甩到十几毫米外的空地上 —— 实测平均 3.28 / 最远 22.2 mm，
+   那样的位号对装配没有指向性。够不着就**降级**：理想位 → 允许压过孔 → 允许压焊盘 → 保留原位。
+
+### 39.3 可行性先算过再动手
+
+按现字高 1.143 mm 扫一遍：163 个可见位号里 **161 个有解**（无解只有 `R13` / `C745`）；
+缩到 0.9 mm 则全部有解。⇒ **不用缩字号**，保持 1.143 mm 可读性。
+
+### 39.4 残留（都已定位，不是漏查）
+
+- 白名单 5 个：`J23` 压过孔、`J26`/`J33`/`U20` 越框、`J1` 压 `U36.11` —— 都是原本就如此的设计位。
+- 重排后 7 个降级：`C731`/`C744`/`C749`/`R603` 压过孔，`C745`/`R12`/`R13` 压焊盘 + 过孔
+  （都在最密的 0402 群里，周围 2.2 mm 内没有干净落点）。
+
+工具：**`silk_base.py`**（`--push` 走 `pcb_PrimitiveAttribute.modify(id, {x, y, rotation})`，
+下发后读回逐个核对），快照 `_base_silk.json`、方案 `_base_silk_plan.json`。