moxiaonian
618bf8dcab
排盘输出 schema 1.1→1.2：
- ## 流年 改为出生年至今+10 年全量，逐年标注所属区间（童限/某运/交运年）
- 新增 ## 小运（童限各虚岁干支，自时柱起、一位一岁、顺逆同大运）
- 生于交节前后 12 小时内出 ⚠️ 节气边界提示（月令敏感性）
- 神煞改由脚本按查法直接计算并列锚点；新增 scripts/query_shensha.py 查岁运神煞
规则库 380→541（16→20 文件，版本 3.4）：
- 新增 89_旺衰扶抑 / 91_何知事类 / 92_调候 / 93_性情（滴天髓、穷通宝鉴参看层）
- 90_行运.md 新增 §10 童限（R-运-36~39，蒸馏《命理探源》《三命通会》小运诸法）
- R-运-33 改写为核对前置：intake 一问定场景，可核对走锚点、不可核对直推，输出只出现一次
- R-运-32 增前提挑战、直答收敛（一个主答案+置信度）、同机制证伪降权
- R-运-34 增救应回查（合绊解冲折减引动并回写排序）；R-运-10 补「缓急非早晚」之辨
- 94 神煞扩展 19 条（三命通会书证）；规则编号记录移调试层
- sources 按书归档五书全文；黄金集扩至 291 例（真诠 92 + 滴天髓 199）
SKILL.md 输出契约 v2.1→v3.0：
- 骨架改为 排盘口径→直答→现实对应→分析推理→存疑与边界→免责
- 说人话段改现实对应段（问题域优先）；编号默认不进用户面输出
- Intake 增场景判定一问（命主本人/替人看/能否核对）
测试：新增 test_luck.py 9 项，全套 65 项通过
91 lines
3.7 KiB
Python
91 lines
3.7 KiB
Python
# -*- coding: utf-8 -*-
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"""tyme4py 唯一接触面：输入真太阳时时刻，返回四柱及派生信息（纯计算，无命理判断）。"""
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from datetime import datetime
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import tyme4py
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from tyme4py.solar import SolarTime, SolarTerm
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LIBRARY_VERSION = tyme4py.__version__
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_PILLARS = ("year", "month", "day", "hour")
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def _solar_time_to_dt(t: SolarTime) -> datetime:
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return datetime(t.get_year(), t.get_month(), t.get_day(),
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t.get_hour(), t.get_minute(), t.get_second())
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def _jie_bounds(cast_dt: datetime) -> tuple:
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"""出生时刻前后最近的两个节令（is_jie()），以出生年为中心 ±1 年遍历。"""
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prev_jie = next_jie = None
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for y in (cast_dt.year - 1, cast_dt.year, cast_dt.year + 1):
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for i in range(24):
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term = SolarTerm.from_index(y, i)
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if not term.is_jie():
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continue
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t = _solar_time_to_dt(term.get_julian_day().get_solar_time())
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if t < cast_dt and (prev_jie is None or t > prev_jie[1]):
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prev_jie = (term, t)
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elif t > cast_dt and (next_jie is None or t < next_jie[1]):
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next_jie = (term, t)
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return prev_jie, next_jie
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def _hidden(me, earth_branch) -> list:
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items = []
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for getter in ("get_hide_heaven_stem_main",
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"get_hide_heaven_stem_middle",
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"get_hide_heaven_stem_residual"):
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hs = getattr(earth_branch, getter)()
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if hs is not None:
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items.append([hs.get_name(), me.get_ten_star(hs).get_name()])
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return items
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def _shen_sha(ganzhi: dict, gender: str) -> dict:
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"""子平通行神煞（查法见 chart/shensha.py 与 rules/94_神煞细节.md）。"""
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from chart.shensha import evaluate_natal, STAR_ORDER
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raw = evaluate_natal(ganzhi, gender)
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order = {name: i for i, name in enumerate(STAR_ORDER)}
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return {
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key: [f"{star}（{note}）"
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for star, note in sorted(entries, key=lambda e: order[e[0]])]
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for key, entries in raw.items()
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}
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def cast(cast_dt: datetime, gender: str) -> dict:
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"""cast_dt：已完成子初换日调整的真太阳时（naive，北京时间语义）。"""
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solar = SolarTime.from_ymd_hms(cast_dt.year, cast_dt.month, cast_dt.day,
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cast_dt.hour, cast_dt.minute, cast_dt.second)
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ec = solar.get_lunar_hour().get_eight_char()
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pillars = {k: getattr(ec, f"get_{k}")() for k in _PILLARS}
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me = ec.get_day().get_heaven_stem()
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prev_jie, next_jie = _jie_bounds(cast_dt)
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base = {k: {"gan": p.get_heaven_stem().get_name(),
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"zhi": p.get_earth_branch().get_name()} for k, p in pillars.items()}
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ganzhi = {k: v["gan"] + v["zhi"] for k, v in base.items()}
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return {
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**base,
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"day_master": me.get_name(),
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"ten_god": {k: me.get_ten_star(pillars[k].get_heaven_stem()).get_name()
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for k in ("year", "month", "hour")},
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"hidden": {k: _hidden(me, pillars[k].get_earth_branch()) for k in _PILLARS},
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"terrain": {k: me.get_terrain(pillars[k].get_earth_branch()).get_name()
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for k in _PILLARS},
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"na_yin": {k: pillars[k].get_sound().get_name() for k in _PILLARS},
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"void": {k: "".join(b.get_name() for b in pillars[k].get_extra_earth_branches())
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for k in ("day", "hour")},
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"shen_sha": _shen_sha(ganzhi, gender),
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"prev_jie": {"name": prev_jie[0].get_name(), "time": prev_jie[1]},
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"next_jie": {"name": next_jie[0].get_name(), "time": next_jie[1]},
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"tai_yuan": ec.get_fetal_origin().get_name(),
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"ming_gong": ec.get_own_sign().get_name(),
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"library_version": LIBRARY_VERSION,
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"raw": ec,
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}
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