celestial-computations-subagent

Coordinate subagents for Bazi, Zhouyi, and planetary ephemeris computations.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/0x-wzw/Shunshi --skill celestial-computations-subagent
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: celestial-computations-subagent
Source: https://github.com/0x-wzw/Shunshi/tree/main/engine/skills/celestial-computations-subagent
Command: npx skills add https://github.com/0x-wzw/Shunshi --skill celestial-computations-subagent

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Provides specialized subagents to perform complex celestial mechanics, Bazi and I Ching calculations, reducing manual modeling effort and enabling scalable automation.

Core Features & Use Cases

  • Automated Bazi & hexagram calculations: Convert datetime inputs to pillar charts and hexagram states for quick analysis.
  • Celestial mapping and convergence analysis: Compute planetary positions and map to Chinese metaphysical patterns for integrated decision models.
  • Temporal state-space modeling: Treat time-series celestial patterns as agent states to support forecasting and calibration.

Quick Start

Compute the Bazi chart and I Ching hexagram for 2026-03-15 14:00 local time.

Frequently Asked Questions about celestial-computations-subagent

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I automate Bazi and I Ching hexagram calculations from datetime inputs?

Automating Bazi and hexagram calculations requires converting datetime inputs into pillar charts and hexagram states. This Skill orchestrates specialized subagents to generate deterministic, JSON-formatted outputs for quick analysis.

What is temporal state-space modeling for celestial mechanics?

Temporal state-space modeling treats time-series celestial patterns as agent states to support forecasting and calibration. This Skill computes planetary positions and maps them to metaphysical patterns for integrated decision models.

Can I integrate planetary ephemeris computations with downstream AI workflows?

Integrating planetary ephemeris computations with AI workflows requires deterministic, JSON-formatted results. This Skill computes planetary positions and maps celestial convergence patterns to support downstream analysis.

What's the best way to map planetary conjunctions to Chinese metaphysical patterns?

Mapping planetary conjunctions to Chinese metaphysical patterns involves computing planetary positions and correlating them with Zhouyi states. This Skill automates celestial mapping and convergence analysis for integrated decision support.

Does this Bazi calculation approach require modular subcomponents for birth-chart generation?

Bazi calculation for birth-chart generation requires modular subcomponents and deterministic outputs. This Skill orchestrates specialized subagents to ensure scalable automation and precise pillar chart generation.

Do I need specialized subagents to compute Zhouyi hexagram casting autonomously?

Computing Zhouyi hexagram casting autonomously requires specialized subagents to ensure deterministic outputs. This Skill automates the conversion of timestamped inputs into hexagram states for decision support.