divination

梅花易數 - 適用於 Claude、ChatGPT、Gemini、DeepSeek 等 AI/LLM 的占卜技能

Python 奇門遁甲，占卜用，運籌帷幄。包含金函玉鏡日家奇門、拆補置閏時家奇門、刻家奇門排盤。A Python package of Qimendunjia, one of the three greatest Ancient Chinese Divination Tools ever.

Python 大六壬，占卜用，簡單，但不包含年月日時干支演化。A Python package of Dailiuren, one of the three greatest Ancient Chinese Divination Tools ever.

周易易经64卦详解

Python 太乙神數，占天文異象、占國運人事、占戰爭兵陣。本套件包含太乙年計、月計、日計、時計、分計、命法。 A Python package of Taiyishenshu, one of the three greatest Ancient Chinese Divination Tools ever which is used into astronomical phenomena, national fate, personal affairs, and even military strategies.

解碼易經 | 用數據分析逆向工程3000年智慧。決策工具，不是算命。

八字/紫微命理排盘推演 + 占测引擎（梅花易数 · 六爻纳甲 · 奇门遁甲）· 排盘安星起卦排局交脚本算准，推演按方法论逐层展开，每条结论标注依据 | Bazi & Zi Wei Dou Shu destiny engines plus Meihua, Liu Yao & Qi Men Dun Jia divination engines that compute first, then reason

命理圆桌会 · A multi-school Chinese BaZi (Four Pillars) roundtable reading skill for Claude

大六壬（DaLiuRen）/六壬神課（りくじんしんか） for Python

AI I Ching / BaZi / Liu Yao / Huangli app: 易经占卜、八字排盘、六爻起卦、黄道吉日、取名择日。

Python 太玄筮法 太玄蓍法. A Python package of a divination tool named TaiXuan created by a Chinese Confucian Yang Xiong (BC53 - 18CE) from Xi Han Dynasty

使用《易经》进行算卦

python 荊訣，北大簡(北京大學收藏的西漢竹簡) 先秦時期的占卜方法。A Python of Jingjue, an ancient chinese divination method found from a bunch of bamboo slips relics from Xihan dynasty collected by Peking University.

Rune generator for digital divination and chaos magick

An LLM-friendly divination charting library, including six line, Bazi. 六爻八字排盘库，大模型友好

Structured Chinese-style divination skill for OpenClaw with deterministic symbolic reasoning inspired by 梅花易数.

The bone cracks. The model reads. Audited divination for AI agents — tarot, I Ching, Xiao Liu Ren, Bazi. MCP server + CLI + agent skills.

【大六壬 / DALIUREN】基于 Python 物理引擎与 DeepSeek 大模型的赛博大六壬占卜终端。Da Liu Ren Cyber Terminal: A high-precision divination deduction engine powered by Rust, Python and LLM.

赛博占卜，目前主要用于算法的保存

Comprehensive Chinese metaphysics & fortune-telling toolkit · Claude Skill · 20+ methods · MIT