Merge annual-narayana-conditional-20261112 into staging (accepted by Claude)

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01DbBXoyn7Hj3LCW3BUs5bZ8 # Conflicts: # CHANGELOG.md # docs/BUG_HISTORY.md
2026-11-12 21:04:55 +08:00
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 # 印度占星 Skill 更新日志

+## 2026-11-12 — 年运报告将 Narayana 列为条件参考
+
+- 未决种子的具名分支独立列出，窗口来源数及把握等级依据独立证据。
+- 本轮沿用当前 Skill 版本（BUG-1855）。
+
 ## 2026-11-12 — 个人报告的 Mudda 表、上升行和技法审计措辞

 - Mudda 覆盖天数保留四位小数，说明引用报告内的完整时间线，中文后续年表沿用首年表头。
@@ -25071,3 +25071,17 @@
 - 防复发：合成段落覆盖书名和普通引语、第 7 宫与空宫位、候选与形成、同句与分句，以及其他节继续显示。
 - 关联记录：#207、#192、BUG-1851、BUG-1852。
 - 修复版本：`codex/reading-postcheck-gaps-20261112`。
+
+## BUG-1855 | 年运把 Narayana 计入独立证据且隐藏未决候选
+
+- 状态：fixed-pending-verify（待独立验收）。
+- 首次发现 / 最近更新：2026-11-12 / 2026-11-12。
+- 影响面：年运报告的本命阶段、转折窗口、证据文案及把握上限。
+- 现象：Narayana 的转折点会增加独立来源数，同向阶段可能抬升把握。未决种子时年包只有阻塞状态及候选星座。
+- 触发条件：年运包起运未决，或窗口和阶段引用 Narayana。
+- 根因：年包只消费确定的 Rath 时间轴，窗口聚类和阶段判断把 Narayana 当成一票，前端用同向结果抬级，方法戳沿用旧常量。
+- 修复：年包使用原生具名分支，范围内原始期间逐支保留。窗口及阶段将 Narayana 标为条件参考，取消同向抬级，方法戳取当前引擎值。
+- 验证：合成盘和公开盘回归核对候选、方法戳、原始行及改前改后的独立来源数。完整检查见本单进度。
+- 防复发：后端验证单来源不成窗、条件事件不能桥接窗口，前端验证同向不抬级和候选说明。
+- 关联记录：#209、#190、BUG-1601、BUG-1650、BUG-1732、BUG-1830、BUG-1842。
+- 修复版本：`codex/annual-narayana-conditional-20261112`。
@@ -0,0 +1,45 @@
+# 年运 Narayana 条件参考 · 2026-11-12
+
+Gitea #209，BUG-1855。按 Claude 评论 42202 认领。任务书在分支首提交 `9e0abcaf5`，基线 `1ba0364a7a8c0f964c3e21c21cb304aaa1899375`。
+
+## 实施
+
+- `package.py::_narayana.rath` 在主运未定时，以报告范围起点年龄和范围长度调用引擎的 `narayana_branches`。若引擎默认上限截断，按原始分支总数再取一次。年包逐支保留引擎 ID、原有名称或 ID 同名标签、父分支、原始 MD/AD 行和 `used_for_scoring: false`，仅过滤与报告范围没有交集或长度为零的行。保留 `alternative_seed_signs`。有候选时包层标为 `computed`，参考状态标 `parameter_sensitive`，不提供主时间轴行。
+- `report_facts.py::_narayana_method` 读取引擎方法常量、`SOURCE` 和 `profile_config()`，未提供的字段为 `null`。`build_cards` 生成方法戳及条件参考区，按原标识保留未决分支。
+- `report_facts.py::build_cards` 与 `_phases` 将本命 Narayana 的转折点及阶段资料标为条件参考。`_narayana_unresolved` 把具名候选标为未决。`_reading` 保留 Narayana 的主题和各领域倾向，阶段主判及支持、压力来源按 Vimshottari 取值。
+- `report_facts.py::_windows` 在聚类前排除 Narayana。现有的至少两个独立来源规则处理单来源情形，未满足时不生成窗口。落在已成窗核心时段内且与窗口主题重叠的 Narayana 点单列条件参考，独立计数和窗界由其他来源生成。
+- `annual-report-sections.ts::confidenceCap` 删除同向抬升，保留 C 上限。`annual-report-generate.ts` 在写作调用中补充条件参考规则和候选信息，在附录说明口径并逐支列出候选。审计表归 #210。
+
+## 实测和文案
+
+用同一张仓库公开名人盘跑改前与改后年运窗口。两边各 6 个窗口。改前独立来源数依时间顺序为 `3, 4, 3, 3, 3, 3`，其中 6 个窗口计入 Narayana。改后为 `2, 3, 2, 2, 2, 3`，没有窗口计入 Narayana。12 个 Narayana 转折点仍可供参考，1 个窗口附上同主题条件参考。
+
+用户可见文案见年运附录。
+
+- 「阶段以本命 Vimshottari 为主要依据。Narayana 是条件参考，不作为独立印证，采用 Sanjay Rath 版，旧算法供对照。」
+- 「Narayana 有 N 个候选分支，各自列出，不合并。Narayana 是条件参考，不作为独立印证。」候选逐行写「Narayana 条件参考（不作为独立印证） 」及其名称或 ID。
+- 「本命大运作背景，小运和细运分领域判断。Narayana 是条件参考，不作为独立印证，可说明主题是否被激活。」
+- 「宫主只有掌管或落入某领域的宫才进入该领域，吉星凶星同一标准。功能吉凶说明倾向。」
+- 「Varsha Narayana：移植上游 PVR 30.4 太阳角距版，从 Muntha 起，太阳每走 3° 为一名义年。星座强弱用 Rath 规则，与本命运限分开。条件参考，不作为独立印证。」
+- 「每节先写盘面依据，再写解读。Narayana 是条件参考，不作为独立印证。把握上限为 C。A 需要你过往事件验证。」
+- 方法差异一行写「Narayana 两种算法小运不同。Sanjay Rath 版作条件参考，旧算法供对照。」旧快照中的方向差异一行补「Narayana 是条件参考，不作为独立印证。」
+
+## 既有断言变更
+
+| 位置 | 原值 | 新值 | 原因 |
+| --- | --- | --- | --- |
+| `test_annual_report_facts.py` 的财富主题激活 | 只匹配 `via == dasha_sign` | 同时要求 `counts_as_support == false` | 验证保留主题、只作条件参考。 |
+| 同文件的分领域阶段 | Narayana 单独给出压力时总标签 `split` | Vimshottari 判为 `partial/support`，该感情节主判为 `none`，Narayana 压力仍在原轨 | 阶段总评按主证据。 |
+| 同文件的异向阶段 | 感情主判 `tracks_differ` | Vimshottari 主判 `support`，仍核对两轨为 `support` 和 `pressure` | 保留异向资料供对照。 |
+
+## 验证
+
+- Windows 开工预检整体退出码 1，远端核对与外部适配器诊断完成。缺历史 `.workbuddy` 镜像路径的碎片扫描断言在未改动的 staging 复现，错误台账已有同型记录。
+- 新增 Python 回归及调整后的阶段定向测试共 5 项通过。合成盘使用原引擎计算，核对分支全量、同一报告范围的原始行，以及种子已决时的原时间轴行为。
+- 前端年运定向套件 36 项通过。`tsc --noEmit -p .` 通过，ESLint 为 0 错误、62 警告。
+- `pytest tests/ -k annual` 最终复跑，任务分支 161 项通过、3 项失败，staging 157 项通过、3 项失败。失败名称相同，分别是 `test_report_reader_main.py` 的年度日期、两套生产者值，以及 `test_timeline_boundaries_r3.py` 的年度连续性。
+- `npm run build` 通过，`/` 为静态页面。首页引用 39 个资源，逐文件 gzip -9 后 JS 为 515,860 字节，CSS 为 90,886 字节，两项均与 staging 相同。
+- Python 快速门为 1,463 项通过、3 项失败、2 项跳过，另有 29 个子测试通过。三项失败均在 staging 复现，位于 `test_upstream_technique_layers.py`，分别涉及上游固定值、Dasha 注册和 Kaala 对拍。
+- 最终前端全量为 3,655 项，3,628 项通过、27 项失败、0 项取消（退出码 1）。staging 为 3,653 项，3,623 项通过、30 项失败、0 项取消。逐项比对保留全部原有测试并新增 2 项，任务分支的 27 项失败均出现在 staging。仅 staging 失败的 3 项为数据库集成用例。
+- 浏览器中的真实模型写作留待独立验收。
+- 仓库隐私检查 62 项通过。
@@ -0,0 +1,100 @@
+# TASK：年运报告的 Narayana 改为条件参考，种子未决时列出具名候选（2026-11-12）
+
+- Gitea：#209
+- 分支：`codex/annual-narayana-conditional-20261112`（基于 staging `1ba0364a7a8c0f964c3e21c21cb304aaa1899375`）
+- Bug 编号：BUG-1855。开工时核对 `docs/BUG_HISTORY.md` 末尾；若已被占用，顺延，并在 PROGRESS 写明。
+- 负责验收：Claude（jyotisha-de）
+
+不得自行写“产品决定/裁定”；任务书没写的取舍一律选需拍板。
+
+不得修改或删除既有断言来让测试通过；确需修改必须写原值/新值/原因，并在 PROGRESS 里逐条列出。
+
+## 背景
+
+年运报告（产品里的「年运」功能，和个人报告是两套）在两处违反占星师对 Narayana 的裁定。
+
+**她的裁定**
+
+- Narayana 是有条件的参考，不能当作与 Vimshottari 并列的第二套独立证据。
+  - 出处：聊天裁定 2026-11-07 Q1；第五轮裁定 2026-11-08 第 1 条。
+- 种子或分支未决时，按第七轮 R2 的 D 方案处理：保留所有具名候选和分支 id，各分支独立列出，不拼接，不参与打分。
+  - 出处：第七轮回复 2026-11-09。
+- 个人报告已经按此改过，见 #190、`docs/tasks/PROGRESS-report-narayana-shadbala-20261111.md`。
+
+**我们的现状**（行号以 staging 为准，大约位置）
+
+1. `scripts/annual_service/package.py` 的 `rath()`（约 :1580–1587）：
+   - 种子未决时，整层返回 `blocked`，只给出 `alternative_seed_signs`；
+   - 从不调用 `scripts/narayana_rath.py::narayana_branches`（:1748）。
+2. `scripts/annual_service/report_facts.py`：
+   - Narayana 被当作窗口的独立系统计入：约 :645 的 `add(... "narayana" ...)`，以及 :85、:1245 一带；
+   - 方法戳 `_narayana_method()`（约 :170–188）是写死的 11-06 版本。
+3. `frontend/src/lib/annual-report-sections.ts` 约 :546–556：Narayana 与 Vimshottari 方向一致时，把等级上限从 C 抬到 B。
+
+## 要做的
+
+1. **种子未决时列出具名候选。**
+   - `package.py` 在 `calc_narayana_rath` 没有给出 `mahadasha` 时，调用 `narayana_rath.narayana_branches(lagna, lons, current_age=<报告年起始的年龄>)`。
+   - 把每个分支的 id、名称、MD/AD 行（落在报告年覆盖范围内的）原样放进年包，每个分支标 `used_for_scoring: false`。
+   - 原来的 `alternative_seed_signs` 保留。
+   - 只调用 `narayana_rath.py`，不改它。
+2. **不再当独立证据。**
+   - `report_facts.py` 里，Narayana 不参与窗口的“两套系统一致”计数，也不算独立来源。
+   - 窗口和阶段里仍可以写“Narayana 激活了哪个主题”，标为条件参考。具体在哪些函数改，自己定位，逐处列进 PROGRESS。
+3. **去掉等级抬升。**
+   - `annual-report-sections.ts` 里“Vimshottari 与 Narayana 一致就到 B”的分支删掉，上限不因 Narayana 改变。
+   - 其他分级逻辑不动：分级规则等占星师答复后另开单。
+4. **方法戳改为现算。**
+   - `_narayana_method()` 改为从 `narayana_rath` 模块现有的常量和函数读出 profile、种子规则和分支默认值，不再写死字符串。
+   - 读不到的字段写 `null`，不编。
+5. **文案。**
+   - 给模型的证据和页面上，凡是写到 Narayana 的地方，标明“条件参考，不作为独立印证”。
+   - 种子未决时写“有 N 个候选分支，各自列出，不合并”。
+   - 措辞放在现有的文案常量里。新增的中文如果是给用户看的，在 PROGRESS 列出原文。
+
+## 要改的文件
+
+- `scripts/annual_service/package.py`：只改 `rath()` 一带。
+- `scripts/annual_service/report_facts.py`
+- `frontend/src/lib/annual-report-sections.ts`：只删 Narayana 抬级那一段。
+- 必要时：`frontend/src/lib/annual-report-generate.ts` 里给模型的 Narayana 文案。
+- 新建 `tests/test_annual_narayana_conditional_20261112.py`；如需要，新建一个前端测试文件。
+- `docs/BUG_HISTORY.md`：只在末尾追加一条。
+- `docs/tasks/PROGRESS-annual-narayana-conditional-20261112.md`
+
+## 不要碰
+
+- 冻结文件：`scripts/narayana_*.py`（只许 import）、`scripts/jyotish_engine.py`、`scripts/jyotish_api_server.py`、`scripts/yoga_engine.py`、`scripts/consultation_native_layers.py`、`scripts/tajika_mudda.py`、`scripts/shadbala*.py`。
+- 个人报告：`scripts/report_render/**`、`frontend/src/lib/personal-report*`。
+- `references/**`。
+- 年运报告的审计表 `_technique_audit`：另一张单在改，见 #210。
+
+## 验收标准（写进新测试）
+
+1. 一张种子未决的盘（自己找或合成）生成年包时，Narayana 层不是整层 `blocked`，而是带 ≥2 个具名分支，每个分支 `used_for_scoring == false`。
+2. 一张种子已决的盘，原有行为和行不变。
+3. 窗口打分时，同一窗口 Vimshottari 与 Narayana 方向一致，等级上限不变（不出现 B）；系统计数里不含 Narayana。
+4. `_narayana_method()` 的字段值等于 `narayana_rath` 模块的常量。用测试锁住，模块常量变化时测试会失败。
+5. 现有年运测试全部通过：`tests/test_annual*`、`frontend/tests/annual-*`。
+
+## 自测命令
+
+```
+python -m pytest -q tests/test_annual_narayana_conditional_20261112.py tests/ -k annual
+cd frontend && npx tsx --test tests/annual-*.test.ts* && npx tsc --noEmit -p . && npx eslint .
+python scripts/run_quality_gate.py --profile quick --skip-frontend-runtime
+```
+
+## 进度记录
+
+写在 `docs/tasks/PROGRESS-annual-narayana-conditional-20261112.md`，内容包括：
+
+- 改动处的清单；
+- 窗口计数改动前后的对比，用一张公开名人盘；
+- 新增的用户可见文案；
+- 测试结果，以及在 staging 上也复现的基线失败。
+
+## 何时停下来选“需拍板”
+
+- `narayana_branches` 的输出需要改冻结文件才能接上。
+- 去掉 Narayana 计数后，某个窗口因为只剩一套系统而规则无法判断，而且现有代码没有给出单系统时的处理。
@@ -1391,6 +1391,7 @@ Yogini 还在取时，右栏用和 Chara 相同的轨道等待（`OrbitWaiting`

 ## 年运报告与开始遮罩（2026-11-01，issue #153 / #154）

+- **年运附录（BUG-1855）：** Narayana 标为条件参考。种子未决时在口径说明中列出候选数，每支单独一行。
 - **入口**：「我的报告」最上面两个横条并排（手机上下排，2026-11-03 方案 A，见 Personal report centre）：「年运」横条是 `Sun` 图标方块、标题、一行「这一年每段怎么安排，几个要留意的时间点」，右边描边按钮「打开年运」（手机「打开」），直接打开 `/reports/annual`。没有单独的入口页。个人报告横条上不写份数。
 - **地址**：`/reports/annual`（`?report=<id>` 打开某一份），放在 `/reports` 下，侧栏仍亮「我的报告」。沿用二级页外壳，标题「年运」，标题旁是人物切换。正文一栏 `min(720px, 100%)` 居中。
 - **遮罩**：报告的章节骨架在后面虚着（灰标题 + 两条微光条），上面一层 `--color-canvas` 72% 半透明 + 6px 模糊，正中一张卡片（`min(520px, 100%)`、圆角 20px、细边、`--shadow-elevated`，超出时卡内滚动）：范围小字「YYYY-MM-DD 到 YYYY-MM-DD」，衬线标题「某人的这一年」；三个胶囊切换「生日年度 / 公历年 / 未来十二个月」（`ToggleGroup`，选中描边 `--color-action-strong`、文字 `--color-action`）；三条注意事项（主色勾）；出生时间没确认时一行浅底提示，本人和别人都带「先做生时校正」链接（#160 起可以给档案里的其他人做校正）；「补充现在的情况（可以不填）」折叠，展开后是关系状态、工作 / 学习、最关心的（最多三项）、已有的计划（一行输入）、不想看的；居中实心按钮「开始写年运」（最小 220×52，手机占满宽），下面一行「本次消耗 N 点，写到一半断掉不扣」。价格读不到时这一行写「计费配置不可用」，按钮不可点。没有别的提示小字。
@@ -116,6 +116,19 @@ const YEAR_KEY_CN: Readonly<Record<string, string>> = {
  Lagna: "年盘上升", year_lord: "年主", Muntha: "Muntha", mudda_start: "Mudda 起运星", status: "年盘",
 };

+const NARAYANA_REFERENCE = "Narayana 是条件参考，不作为独立印证";
+const NARAYANA_WRITING_RULE = `${NARAYANA_REFERENCE}。提到 Narayana 时，写明这是条件参考。方向一致只表示方向相同，不抬高把握。未决分支分开列，不合并，不作结论。`;
+
+function narayanaCandidateLines(facts: unknown): string[] {
+  const reference = record(record(record(facts).cards).conditional_narayana);
+  const branches = rows(reference.branches);
+  if (!branches.length) return [];
+  return [
+    `Narayana 有 ${branches.length} 个候选分支，各自列出，不合并。${NARAYANA_REFERENCE}。`,
+    ...branches.map((branch) => `Narayana 条件参考（不作为独立印证） ${str(branch.name) || str(branch.branch_id)}`),
+  ];
+}
+
 function structureName(key: string): string {
  const year = /^Y(\d{4}):(.+)$/.exec(key);
  if (year) return `${year[1]} 年${YEAR_KEY_CN[year[2]] ?? year[2]}`;
@@ -131,10 +144,10 @@ function conflictLine(row: Row): string {
  if (row.code === "birth_range_sampled") return `${label}：误差范围内每 ${String(row.resolution_minutes)} 分钟取样、变化处逐分钟定位；没变化的只能说「已检查样本一致」，不是整段都核实过`;
  if (row.code === "annual_chart_birth_range_not_checked") return `${label}：年盘上升和 Mudda / Patyayini 的日期按所用出生时间算，没有在误差两端重算`;
  if (row.code === "phase_split") return `${label}：${str(row.phase_id)} 这一段各领域方向不同，分开写，不合成一个总评`;
-  if (row.code === "tracks_differ") return `${label}：${str(row.phase_id)} Vimshottari 和 Narayana 对同一领域方向相反，两边都写`;
+  if (row.code === "tracks_differ") return `${label}：${str(row.phase_id)} Vimshottari 和 Narayana 对同一领域方向相反。${NARAYANA_REFERENCE}。`;
  if (row.code === "birth_time_not_confirmed") return `${label}：出生时间还没确认，上升、细分盘和大运边界都会跟着动，窗口已放宽`;
  if (row.code === "phase_counterweight") return `${label}：${str(row.phase_id)} 这一段支持和压力都在，按加权后的主调写，反方向的一面照实写`;
-  if (row.code === "narayana_profiles_differ") return `${label}：${str(row.phase_id)} Narayana 两种算法小运不同，只按 Sanjay Rath 版计入`;
+  if (row.code === "narayana_profiles_differ") return `${label}：${str(row.phase_id)} Narayana 两种算法小运不同。Sanjay Rath 版作条件参考，旧算法供对照。`;
  if (row.code === "block_blocked") return `${label}：${str(row.path)} 没有算出来（${str(row.reason)}）`;
  return `${label}：${str(row.code)}`;
 }
@@ -189,20 +202,20 @@ export function buildAppendix(facts: unknown, range: AnnualSnapshot["range"], bi
      id: "method",
      title: "这份报告的口径",
      lines: [
-        // BUG-1601 (#166 Q9): Rath is the Narayana skeleton; legacy is comparison only.
-        "阶段骨架看本命大运（Vimshottari）和 Narayana；Narayana 用 Sanjay Rath 版，旧算法只作对照，不算第二份支持",
+        `阶段以本命 Vimshottari 为主要依据。${NARAYANA_REFERENCE}，采用 Sanjay Rath 版，旧算法供对照。`,
+        ...narayanaCandidateLines(facts),
        // BUG-1650 (astrologer 2026-11-06): no weighted sum, per domain and per track.
-        "本命大运作背景；小运、细运和 Narayana 小运分领域、分体系判断，再对照两套体系；不加权求和，正负不互相抵消",
-        "宫主只有掌管或落入某领域的宫才进入该领域，吉星凶星同一标准；功能吉凶只是倾向，不是结果；Narayana 运所在星座只表示主题被激活",
+        `本命大运作背景，小运和细运分领域判断。${NARAYANA_REFERENCE}，可说明主题是否被激活。`,
+        "宫主只有掌管或落入某领域的宫才进入该领域，吉星凶星同一标准。功能吉凶说明倾向。",
        "只判断了部分领域时只写这些领域，不概括整段；和前一段相同的写「延续前一阶段的主题」；「平稳」暂不使用",
        "宫主的功能吉凶、所管宫、所落宫、尊贵、燃烧分别记录；Maraka 单独记录，不作为负分；罗睺计都参考定位星，保留自身位置",
        "各领域方向一致才有主调，不一致就分领域写，看不出就写看不出；基调只决定建议的方向，正文不写顺紧总评",
        "年内展开看 Mudda 和 Patyayini，不参与本命运限判断；年盘分四层记：事项关联、Tajika 联系（九种结构判断，来源未核定，只列联系、不作因素）、阻碍、五分力（偏弱不等于压力）；只列支持与压力因素，不下成败结论",
        // 产品 2026-11-07 占星师方案：年盘完整层。
        "年盘另看：Deeptamsa 内的 Tajika 相位、五分力与 Harsha、年盘 Shadbala（年盘时刻重算，与本命分开）、Saham（PVR 表 74，按回归时刻昼夜取式，参数敏感）",
-        "Varsha Narayana：移植上游 PVR 30.4 太阳角距版，从 Muntha 起，太阳每走 3° 为一名义年，星座强弱用本产品 Narayana（Rath）规则；参数敏感，与本命 Narayana 分开",
+        "Varsha Narayana：移植上游 PVR 30.4 太阳角距版，从 Muntha 起，太阳每走 3° 为一名义年。星座强弱用 Rath 规则，与本命运限分开。条件参考，不作为独立印证。",
        "行运另看：Sade Sati 阶段（土星在本命月亮第 12、1、2 座）、慢星所在星座的本命 Ashtakavarga（BAV / SAV）、木星土星的 Vedha（只查慢星，参数敏感）",
-        "写法：每节先写盘面依据再写解读；本命两轨（Vimshottari、Narayana）分开判断，不一致两边都写；把握按 A/B/C 标，A 需要你过往事件验证，这份报告最高 B",
+        `每节先写盘面依据，再写解读。${NARAYANA_REFERENCE}。把握上限为 C。A 需要你过往事件验证。`,
        "行运只算木星、土星、罗睺计都的换宫、停滞和精确经过本命点，只收与本命或报告领域有关的；木星、土星按 Parashari 星座级相照（木星 5、7、9，土星 3、7、10，同座另记）关联各领域的本命星，相照只是关联，不代表好坏；不用统一容许度；天象日期不等于事情发生的日子",
        `转折窗口：${String(config.window_cluster_days ?? 21)} 天内、指向同一领域、至少 ${String(config.window_min_independent_systems ?? 2)} 个互相独立的来源；罗睺计都算一条轴，Mudda 和 Patyayini 算一层，同一颗慢星的几次经过算一个来源；这些是展示参数，不是统计验证`,
        "精确相照时刻（木星 120°／180°／240°、土星 60°／180°／270°，及同座）单独列表：只记达到角度的时刻，同一次顺逆往返算一个序列，不设影响范围，也不进转折窗口",
@@ -332,11 +345,14 @@ export async function writeAnnualReport(input: Readonly<{
      input.signal.addEventListener("abort", onAbort, { once: true });
      try {
        const written = await input.write({
-          system: systemPrompt(),
+          system: `${systemPrompt()}\n${NARAYANA_WRITING_RULE}`,
          user: userPrompt({
            name: input.subject.name,
            entry,
-            evidence: sectionEvidence(input.facts, entry, input.situation),
+            evidence: {
+              ...sectionEvidence(input.facts, entry, input.situation),
+              Narayana参考: [NARAYANA_REFERENCE, ...narayanaCandidateLines(input.facts)],
+            },
            failures,
            written: writtenSoFar(),
          }),
@@ -539,19 +539,12 @@ function transitEvidence(facts: unknown): Row {

 /**
 * The highest confidence a section may claim (ai-reading-workflow-prompt [A]/[B]/[C]):
- * A needs the user's own past events, which this report never has; B needs
- * independent systems agreeing (a window from two sources, and both natal tracks
- * pointing the same way in at least one phase); otherwise C.
+ * A needs the user's own past events. The current annual report has no rule
+ * for raising the cap to B using a conditional reference.
 */
-export function confidenceCap(facts: unknown, domain?: AnnualDomain): "B" | "C" {
-  const all = rows(cards(facts).phases);
-  const windows = rows(cards(facts).windows);
-  const domainWindows = domain ? windows.filter((window) => Array.isArray(window.theme_domains) && (window.theme_domains as string[]).includes(domain)) : windows;
-  const agree = all.some((phase) => (domain ? [domain] : [...ANNUAL_DOMAINS]).some((key) => {
-    const tracks = record(record(record(record(phase.lean).domains)[key]).tracks);
-    return str(tracks.vimshottari) !== "none" && str(tracks.vimshottari) === str(tracks.narayana);
-  }));
-  return domainWindows.length > 0 && agree ? "B" : "C";
+export function confidenceCap(facts: unknown, domain?: AnnualDomain): "B" | "C";
+export function confidenceCap(): "B" | "C" {
+  return "C";
 }

 function pointsOf(facts: unknown): Map<string, Row> {
@@ -0,0 +1,33 @@
+import assert from "node:assert/strict";
+import { readFileSync } from "node:fs";
+import test from "node:test";
+
+import { buildAppendix, rangeView } from "../src/lib/annual-report-generate";
+import { confidenceCap } from "../src/lib/annual-report-sections";
+
+const captured = JSON.parse(readFileSync(new URL("./fixtures/annual-report-facts.json", import.meta.url), "utf8")).facts;
+const seed = JSON.parse(readFileSync(new URL("./fixtures/narayana-branches-20261109/seed.json", import.meta.url), "utf8"));
+
+test("the annual window cannot raise confidence for matching Vimshottari and Narayana directions", () => {
+  assert.ok(captured.cards.windows.some((window: { theme_domains: string[] }) => window.theme_domains.includes("relationship")));
+  assert.ok(captured.cards.phases.some((phase: { lean: { domains: { relationship: { tracks: Record<string, string> } } } }) => {
+    const tracks = phase.lean.domains.relationship.tracks;
+    return tracks.vimshottari === "support" && tracks.narayana === "support";
+  }));
+  assert.equal(confidenceCap(captured, "relationship"), "C");
+});
+
+test("the annual appendix describes candidate branches separately as conditional references", () => {
+  const facts = structuredClone(captured);
+  const branches = seed.product.branches.slice(0, 2) as Array<{ branch_id: string }>;
+  facts.cards.conditional_narayana = { branches };
+  const appendix = buildAppendix(facts, rangeView(facts, "birthday_year", "annual:birthday_year:2026"), {
+    known: true, beforeMinutes: 0, afterMinutes: 0, source: "family_exact", rectification: "none",
+  });
+  const method = appendix.find((entry) => entry.id === "method");
+  assert.ok(method);
+  assert.ok(method.lines.some((line) => line.includes("Narayana 有 2 个候选分支，各自列出，不合并")));
+  for (const branch of branches) {
+    assert.ok(method.lines.some((line) => line.includes(branch.branch_id) && line.includes("不作为独立印证")));
+  }
+});
@@ -1581,10 +1581,27 @@ def _narayana(ctx: _Context, natal: dict, range_start: datetime, range_end: date
        nr = _module("narayana_rath")
        result = nr.calc_narayana_rath(lagna % 12, lons, cycle_count=2)
        if not result.get("mahadasha"):
-            return block("blocked", "narayana_rath.calc_narayana_rath",
+            start_age = (range_start - ctx.birth_utc).total_seconds() / 86400.0 / NARAYANA_AGE_YEAR_DAYS
+            end_age = (range_end - ctx.birth_utc).total_seconds() / 86400.0 / NARAYANA_AGE_YEAR_DAYS
+            window = {"current_age": start_age, "window_years": end_age - start_age}
+            candidates = nr.narayana_branches(lagna % 12, lons, **window)
+            if candidates["emitted_count"] < candidates["branch_count"]:
+                candidates = nr.narayana_branches(lagna % 12, lons, **window, cap=candidates["branch_count"])
+            branches = []
+            for branch in candidates["branches"]:
+                rows = {key: [row for row in branch.get(key, [])
+                              if row["start_age"] < end_age and row["end_age"] > start_age
+                              and row["end_age"] > row["start_age"]]
+                        for key in ("md_rows", "ad_rows")}
+                branches.append({**branch, **rows, "name": branch.get("name") or branch["branch_id"],
+                                 "used_for_scoring": False})
+            return block("computed" if branches else "blocked", "narayana_rath.calc_narayana_rath",
                         reason=str(result.get("reason") or result.get("status") or "seed_undecided"),
                         producer_status=result.get("status"),
-                         alternative_seed_signs=sorted((result.get("alternatives") or {}).keys()))
+                         alternative_seed_signs=sorted((result.get("alternatives") or {}).keys()),
+                         branch_schema=candidates["schema"], branches=branches, branch_count=len(branches),
+                         reference_status="parameter_sensitive" if branches else "blocked",
+                         used_by_product_timeline=False, used_for_scoring=False)
        md_rows = _age_rows(result["mahadasha"], to_utc, zone, range_start, range_end, level="MD")
        zero_rows = [{"sign": md.get("sign"), "cycle_index": md.get("cycle_index"), "start_age": md.get("start_age")}
                     for md in result["mahadasha"] if md.get("years") == 0]
@@ -168,27 +168,32 @@ def _domains_for(houses: list[int]) -> list[str]:


 def _narayana_method() -> dict[str, Any]:
+    constants = {
+        "profile": "PROFILE", "duration_profile": "DURATION_PROFILE",
+        "role_profile": "ROLE_PROFILE", "ad_start": "AD_START_PROFILE", "branch_schema": "BRANCH_SCHEMA",
+        "branch_cap": "BRANCH_ENUMERATION_CAP", "branch_window_years": "BRANCH_WINDOW_YEARS",
+        "unresolved": "UNRESOLVED_METHOD_NOTES", "unresolved_effect": "UNRESOLVED_EFFECT",
+    }
+    profiles = {
+        "start_sign": "seed", "dual_lord_rule": "dual_lord", "ad_rule": "ad_direction",
+        "years_profile": "years", "strength_scope": "strength_scope", "saturn_ketu": "saturn_ketu",
+        "start_profile": "start", "clock": "clock", "algorithm_version": "algorithm_version",
+    }
    try:
        rath = ap._module("narayana_rath")
    except Exception:  # noqa: BLE001 - the stamp is descriptive; the block reports failures
-        return {"profile": "sanjay_rath", "status": "module_unavailable"}
+        return {**dict.fromkeys((*constants, *profiles, "md_direction")), "status": "module_unavailable"}
+    get_config = getattr(rath, "profile_config", None)
+    config = get_config() if callable(get_config) else getattr(rath, "DEFAULT_STEP_PROFILES", {})
    return {
-        "profile": getattr(rath, "PROFILE", "sanjay_rath"),
-        "start_sign": "stronger_of_lagna_and_7th_seven_levels",
-        "md_direction": "table_10_saturn_ketu_exceptions",
-        "duration_profile": getattr(rath, "DURATION_PROFILE", None),
-        "dual_lord_rule": getattr(rath, "DUAL_LORD_PROFILE", None),
-        "role_profile": getattr(rath, "ROLE_PROFILE", None),
-        "ad_rule": "arambha_rasi_twelve_equal_parts_table_13",
-        # 第二轮第 7 条：p.66 不是「七层全平后用 AK」的第八条通用规则，原文回到规则 (5)(6) 的比较，待核。
-        "unresolved": ["rath_p66_indira: returns to rules (5)/(6) and the Chara Karaka comparison; pending review, not a general AK rule",
-                       "AD direction: J.S. 1.1.34 / 2.4.31-32 with the p.50 Parashara reconciliation, reviewed together; not applied",
-                       "same-sign dual lords with equal true longitude: undecided (display-precision ties excluded)"],
-        "unresolved_effect": "a phase whose Narayana period depends on an unresolved branch gives no direction",
+        **{key: getattr(rath, attr, None) for key, attr in constants.items()},
+        **{key: config.get(attr) for key, attr in profiles.items()},
+        "md_direction": getattr(rath, "SOURCE", {}).get("md_order"),
    }


 CONFIG["narayana_method"] = _narayana_method()
+NARAYANA_CONDITIONAL_NOTE = "条件参考，不作为独立印证"


 # ── birth range ────────────────────────────────────────────────────────────
@@ -644,7 +649,8 @@ def build_cards(package: dict, natal: dict, samples: list[dict] | None = None) -
    for row in skeleton_rows:
        add(_jd(row["start"]), row["start"], "narayana", f"{str(row.get('level')).lower()}_change",
            [sign_house(row.get("sign"))], sign=row.get("sign"), lord=row.get("lord"), level=row.get("level"),
-            profile=CONFIG["narayana_skeleton_profile"], basis="natal_lagna_house")
+            profile=CONFIG["narayana_skeleton_profile"], basis="natal_lagna_house",
+            counts_as_support=False, note=NARAYANA_CONDITIONAL_NOTE)
    transits = package.get("slow_transits") or {}
    context = package.get("transit_context") if isinstance(package.get("transit_context"), dict) else {}
    av_rows = {(row.get("body"), _jd(row.get("at"))): row for row in _rows(context.get("ashtakavarga"))}
@@ -680,6 +686,13 @@ def build_cards(package: dict, natal: dict, samples: list[dict] | None = None) -
    domains = _domain_cards(natal, charts, phases, windows, events)
    conflicts = _conflicts(package, phases, natal, events)
    config = {key: list(value) if isinstance(value, tuple) else value for key, value in CONFIG.items()}
+    config["narayana_method"] = _narayana_method()
+    rath = narayana.get("rath") or {}
+    conditional_narayana = {
+        "status": rath.get("reference_status", rath.get("status")),
+        "note": NARAYANA_CONDITIONAL_NOTE, "counts_as_support": False,
+        "branches": rath.get("branches", []), "branch_count": rath.get("branch_count", 0),
+    }
    return ap.block(
        "computed", "annual_service.report_facts.build_cards",
        config=config,
@@ -688,6 +701,7 @@ def build_cards(package: dict, natal: dict, samples: list[dict] | None = None) -
        sky_events_not_personal=dropped_sky, transit_relations_at_start=in_force,
        exact_contacts=_exact_contacts(transits, natal),
        windows=windows, year_overview=year_overview, domains=domains, conflicts=conflicts,
+        conditional_narayana=conditional_narayana,
        transit_context={
            "status": context.get("status") or "blocked",
            "sade_sati": _rows(context.get("sade_sati")),
@@ -934,28 +948,27 @@ def _reading(lords: dict[str, Any], natal: dict, functional: dict, narayana_unre
                    entry = {"planet": item["planet"], "level": key, "houses": touched}
                    if item["role"] == "support":
                        sup = True
-                        support.append(entry)
-                        contributed.add(item["planet"])
+                        if track != "narayana":
+                            support.append(entry)
+                            contributed.add(item["planet"])
                    elif item["role"] == "pressure":
                        pre = True
-                        pressure.append(entry)
-                        contributed.add(item["planet"])
+                        if track != "narayana":
+                            pressure.append(entry)
+                            contributed.add(item["planet"])
            tracks[track] = "conflict" if sup and pre else "support" if sup else "pressure" if pre else "none"
-        active = [verdict for verdict in tracks.values() if verdict not in ("none", "unresolved")]
-        if not active:
-            verdict = "none"
-        elif len(set(active)) == 1:
-            verdict = active[0]
-        elif "conflict" in active:
-            verdict = "conflict"
-        else:
-            verdict = "tracks_differ"
-        background = [{"level": key, "planet": item["planet"], "role": item["role"]}
+        verdict = tracks["vimshottari"]
+        background = [{"level": key, "planet": item["planet"], "role": item["role"],
+                       **({"counts_as_support": False, "note": NARAYANA_CONDITIONAL_NOTE}
+                          if key.startswith("narayana_") else {})}
                      for item in items for key in CONFIG["lean_background"]
                      if key in item["levels"] and set(item["natal_houses"]) & wanted]
+        activated = [{**row, "counts_as_support": False, "note": NARAYANA_CONDITIONAL_NOTE}
+                     if row["level"].startswith("narayana_") else row
+                     for row in activations if set(row["houses"]) & wanted]
        domains[domain] = {
            "verdict": verdict, "direction_basis": "functional_tendency_only", "tracks": tracks,
-            "activated": [row for row in activations if set(row["houses"]) & wanted],
+            "activated": activated,
            "support": support, "pressure": pressure, "background": background,
        }
    judged = {domain: card["verdict"] for domain, card in domains.items() if card["verdict"] != "none"}
@@ -1030,6 +1043,7 @@ def _phases(package, charts, vim_rows, skeleton_rows, reference_rows, events, fu
            "year_chart": chart["target_year"] if chart else None,
            "vimshottari": {"md": (md or {}).get("lord"), "ad": (ad or {}).get("lord"), "pd": (pd or {}).get("lord")},
            "narayana": {"profile": CONFIG["narayana_skeleton_profile"],
+                         "counts_as_support": False, "note": NARAYANA_CONDITIONAL_NOTE,
                         "md": {"sign": (nmd or {}).get("sign"), "lord": (nmd or {}).get("lord"),
                                "house": sign_house((nmd or {}).get("sign"))},
                         "ad": {"sign": (nad or {}).get("sign"), "lord": (nad or {}).get("lord"),
@@ -1087,6 +1101,8 @@ def _sade_sati_at(package: dict, jd: float) -> dict[str, Any]:
 def _narayana_unresolved(package: dict, md_row: dict | None) -> bool:
    """The Rath period rests on a branch the astrologer has not settled (second round, item 7)."""
    rath = (package["natal_periods"].get("narayana") or {}).get("rath") or {}
+    if rath.get("reference_status") == "parameter_sensitive":
+        return True
    seed = str(rath.get("seed_basis") or "")
    if any(flag in seed for flag in ("book_example", "undecided", "rath_p66")):
        return True
@@ -1234,8 +1250,10 @@ def _clusters(events: list[dict]) -> list[list[dict]]:


 def _windows(events: list[dict], phases: list[dict], range_lo: float, range_hi: float, obs_jd: float) -> list[dict]:
+    conditional_events = [event for event in events if event["system"] == "narayana"]
    pool = [event for event in events
-            if not (event["system"] == "tithi_pravesha" and not CONFIG["tithi_pravesha_in_windows"])]
+            if event["system"] != "narayana"
+            and not (event["system"] == "tithi_pravesha" and not CONFIG["tithi_pravesha_in_windows"])]
    # 原值：21 天内的事件不论主题都聚成一组；新值：只把指向同一领域的事件聚在一起
    # 原因：占星师 2026-11-06 第 7 条「日期接近但指向不同领域，也不算互相印证」（BUG-1650）
    by_ids: dict[tuple[str, ...], dict[str, Any]] = {}
@@ -1282,6 +1300,11 @@ def _windows(events: list[dict], phases: list[dict], range_lo: float, range_hi:
    for index, entry in enumerate(picked, start=1):
        cluster, systems = entry["cluster"], entry["systems"]
        lo, hi = cluster[0]["jd"], cluster[-1]["jd"]
+        conditional = [{"turning_point_id": event["id"], "system": event["system"],
+                        "domains": sorted(set(event["domains"]) & set(entry["themes"])),
+                        "counts_as_support": False, "note": NARAYANA_CONDITIONAL_NOTE}
+                       for event in conditional_events if lo <= event["jd"] <= hi
+                       and set(event["domains"]) & set(entry["themes"])]
        zone = _zone_from(cluster[0]["instant"])
        shifts = [event["birth_shift_days"] for event in cluster if event.get("birth_shift_days")]
        before = -min((s[0] for s in shifts), default=0.0)
@@ -1319,6 +1342,7 @@ def _windows(events: list[dict], phases: list[dict], range_lo: float, range_hi:
            "independent_systems": systems,
            "independent_count": len(systems),
            "turning_point_ids": [event["id"] for event in cluster],
+            "conditional_references": conditional,
            "theme_domains": entry["themes"],
            "vimshottari_levels": sorted({str(e.get("level")) for e in cluster if e["system"] == "vimshottari"}),
            "phase_id": phase["id"] if phase else None,
@@ -0,0 +1,119 @@
+"""Annual Narayana uses real engine branches but keeps them out of scoring."""
+
+from datetime import datetime, timedelta, timezone
+import random
+
+from annual_service import api, package, report_facts
+import narayana_rath as nr
+from scripts.research.capture_narayana_branch_fixtures_20261109 import CASES, SEED
+from tests.test_annual_report_facts import _body
+
+
+def _unresolved_birth() -> dict:
+    # Replay the repository's pinned synthetic seed fixture with its location.
+    rng = random.Random(SEED)
+    lo, hi = datetime(1940, 1, 1), datetime(2010, 12, 31, 23, 59)
+    minutes = int((hi - lo).total_seconds() // 60)
+    for _ in range(CASES["seed"] + 1):
+        birth = lo + timedelta(minutes=rng.randrange(minutes))
+        lat, lon = rng.uniform(-55, 65), rng.uniform(-180, 180)
+    return _body(year=birth.year, month=birth.month, day=birth.day,
+                 hour=birth.hour, minute=birth.minute, lat=lat, lon=lon, tz=round(lon / 15),
+                 timezone_id=None, report_range={"kind": "calendar_year", "year": 2026})
+
+
+def _age(at: datetime, ctx: package._Context) -> float:
+    return (at - ctx.birth_utc).total_seconds() / 86400 / package.NARAYANA_AGE_YEAR_DAYS
+
+
+def test_unresolved_narayana_package_preserves_each_named_branch():
+    body = _unresolved_birth()
+    ctx = package._Context(api._request(body))
+    natal = package._natal_chart(ctx)
+    lagna, lons = natal["lagna_sign_idx"], natal["narayana_input_longitudes"]
+    assert nr.seed_comparison(lagna, lons)["status"] == "undecided"
+    native = nr.calc_narayana_rath(lagna, lons, cycle_count=2)
+    assert not native.get("mahadasha")
+    annual = api.compute_annual_package(body)["package"]
+    rath = annual["natal_periods"]["narayana"]["rath"]
+    assert rath["status"] == "computed" and rath["reference_status"] == "parameter_sensitive"
+    assert report_facts._narayana_unresolved(annual, None)
+    assert rath["used_by_product_timeline"] is False and rath["used_for_scoring"] is False
+    assert rath["alternative_seed_signs"] == sorted((native.get("alternatives") or {}).keys())
+    start, end = [datetime.fromisoformat(annual["report_range"][key]["utc"])
+                  for key in ("start", "end")]
+    lo, hi = _age(start, ctx), _age(end, ctx)
+    original = nr.narayana_branches(lagna, lons, current_age=lo, window_years=hi - lo)
+    original = nr.narayana_branches(lagna, lons, current_age=lo, window_years=hi - lo,
+                                    cap=original["branch_count"])
+    branches = rath["branches"]
+    assert len(branches) == rath["branch_count"] == original["branch_count"] >= 2
+    assert len({branch["branch_id"] for branch in branches}) == len(branches)
+    assert {b["seed_sign"] for b in branches if b["kind"] == "timeline"} == {
+        nr.SIGNS[lagna], nr.SIGNS[(lagna + 6) % 12],
+    }
+    for branch, expected in zip(branches, original["branches"], strict=True):
+        assert branch["branch_id"] == expected["branch_id"] and branch["name"]
+        assert branch["used_for_scoring"] is False
+        for key in ("md_rows", "ad_rows"):
+            assert branch[key] == [row for row in expected.get(key, [])
+                                   if row["start_age"] < hi and lo < row["end_age"]
+                                   and row["start_age"] < row["end_age"]]
+
+
+def test_resolved_seed_preserves_the_existing_md_and_ad_timeline():
+    ctx = package._Context(api._request(_body()))
+    natal = package._natal_chart(ctx)
+    lagna, lons = natal["lagna_sign_idx"], natal["narayana_input_longitudes"]
+    native = nr.calc_narayana_rath(lagna, lons, cycle_count=2)
+    assert native["seed_sign"] and native["mahadasha"]
+    start, end = datetime(2026, 1, 1, tzinfo=timezone.utc), datetime(2027, 1, 1, tzinfo=timezone.utc)
+    to_utc = package._age_mapper(ctx)
+    expected_md = package._age_rows(native["mahadasha"], to_utc, ctx.zone, start, end, level="MD")
+    expected_ad = []
+    for md in native["mahadasha"]:
+        if md["start_age"] < _age(end, ctx) and md["end_age"] > _age(start, ctx):
+            ad = nr.antardasha(md, lons)
+            if ad["status"] == "selected":
+                expected_ad.extend({**row, "parent_md": md["sign"]} for row in
+                                   package._age_rows(ad["rows"], to_utc, ctx.zone, start, end, level="AD"))
+    rath = package._narayana(ctx, natal, start, end)["rath"]
+    assert rath["status"] == "computed" and rath["used_by_product_timeline"] is True
+    assert "branches" not in rath and rath["seed_sign"] == native["seed_sign"]
+    assert expected_md and rath["rows"] == expected_md + expected_ad
+
+
+def _turning_point(system: str, day: int) -> dict:
+    at = package.instant(datetime(2026, 1, day, tzinfo=timezone.utc), timezone.utc)
+    return {"id": system, "system": system, "jd": at["jd_ut"], "instant": at,
+            "domains": ["career"], "kind": "ad_change", "level": "AD"}
+
+
+def test_windows_count_independent_evidence_without_using_narayana_to_link_dates():
+    vim, nar, transit = [_turning_point(system, day) for system, day in
+                        (("vimshottari", 1), ("narayana", 12), ("transit_saturn", 20))]
+    bounds = vim["jd"], transit["jd"] + 15, vim["jd"]
+    assert report_facts._windows([vim, nar], [], *bounds) == []
+    [window] = report_facts._windows([vim, nar, transit], [], *bounds)
+    assert window["independent_systems"] == ["transit_saturn", "vimshottari"]
+    assert window["independent_count"] == 2 and window["turning_point_ids"] == ["vimshottari", "transit_saturn"]
+    assert window["conditional_references"] == [{"turning_point_id": "narayana", "system": "narayana",
+                                                 "domains": ["career"], "counts_as_support": False,
+                                                 "note": report_facts.NARAYANA_CONDITIONAL_NOTE}]
+    march = _turning_point("transit_jupiter", 31)
+    assert report_facts._windows([vim, nar, march], [], *bounds) == []
+
+
+def test_narayana_method_stamp_reads_the_live_engine_defaults():
+    method = report_facts._narayana_method()
+    assert method["profile"] == nr.PROFILE
+    assert method["start_sign"] == nr.SEED_PROFILE
+    assert method["md_direction"] == nr.SOURCE["md_order"]
+    assert method["duration_profile"] == nr.DURATION_PROFILE
+    assert method["ad_start"] == nr.AD_START_PROFILE
+    assert method["ad_rule"] == nr.AD_DIRECTION_PROFILE
+    assert method["dual_lord_rule"] == nr.DUAL_LORD_PROFILE
+    assert method["algorithm_version"] == nr.ALGORITHM_VERSION
+    assert method["branch_cap"] == nr.BRANCH_ENUMERATION_CAP
+    assert method["branch_window_years"] == nr.BRANCH_WINDOW_YEARS
+    assert method["unresolved"] is None
@@ -316,9 +316,11 @@ def test_reading_keeps_domains_apart_and_drops_the_tie_rule() -> None:
    assert reading["domains"]["career"]["tracks"]["narayana"] == "none"
    # The Narayana sign's own house (2nd: wealth) is an activation, not a vote for Saturn.
    wealth = reading["domains"]["wealth"]
-    assert any(row["via"] == "dasha_sign" for row in wealth["activated"])
+    assert any(row["via"] == "dasha_sign" and row["counts_as_support"] is False for row in wealth["activated"])
    assert wealth["tracks"]["narayana"] == "none"
-    assert reading["label"] == "split", "domains that differ say so; no tie rule"
+    # #209 原值 split；新值仅 Vimshottari 有方向的领域为 partial。Narayana 压力仍单列。
+    assert reading["label"] == "partial" and reading["partial_direction"] == "support"
+    assert reading["domains"]["relationship"]["verdict"] == "none"
    # The same planet in two tracks is listed once with both levels and never counted twice.
    once = read({"vimshottari_ad": "Mars", "vimshottari_pd": None, "narayana_ad": {"lord": "Mars", "sign": "Aries", "house": 10}}, natal, FUNCTIONAL)
    assert [item["levels"] for item in once["lords"]] == [["vimshottari_ad", "narayana_ad"]]
@@ -328,7 +330,9 @@ def test_reading_keeps_domains_apart_and_drops_the_tie_rule() -> None:
    # Opposite tracks on one domain are kept side by side.
    differ = read({"vimshottari_ad": "Mars", "vimshottari_pd": None, "narayana_ad": {"lord": "Saturn", "sign": "Capricorn", "house": 7}},
                  natal, FUNCTIONAL)
-    assert differ["domains"]["relationship"]["verdict"] == "tracks_differ"
+    # #209 原值 tracks_differ；新值主判沿用 Vimshottari，条件参考仍保留反向倾向。
+    assert differ["domains"]["relationship"]["verdict"] == "support"
+    assert differ["domains"]["relationship"]["tracks"] == {"vimshottari": "support", "narayana": "pressure"}
    # An unresolved Narayana branch gives no direction.
    held = read({"vimshottari_ad": None, "vimshottari_pd": None, "narayana_ad": {"lord": "Saturn", "sign": "Capricorn", "house": 7}},
                natal, FUNCTIONAL, narayana_unresolved=True)