prism-3way

Analyze artifacts through structural, temporal, and causal constraint evaluations.

Updated May 5, 2026
One-click install
npx skills add https://github.com/yanochka11/harness_bro --skill prism-3way
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: prism-3way
Source: https://github.com/yanochka11/harness_bro/tree/main/.claude/skills/curated/meta/super-hermes/skills/prism-3way
Command: npx skills add https://github.com/yanochka11/harness_bro --skill prism-3way

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps uncover hidden structural, temporal, and causal patterns in complex artifacts by forcing independent analytical perspectives before synthesis.

Core Features & Use Cases

  • Structural Archaeology Analysis: Examines layers, dependencies, hidden assumptions, dead patterns, and persistent trade-offs within systems, code, strategies, or documents.
  • Temporal Simulation: Explores how an artifact evolves through future cycles by identifying breakpoints, accumulated behaviors, and emerging fragilities.
  • Structural Impossibility Review: Finds competing constraints and explains why desirable properties cannot all be maximized simultaneously, then combines insights into a unified synthesis.

Quick Start

Use the prism-3way skill to analyze this artifact and identify its structural, temporal, and causal insights.

Frequently Asked Questions about prism-3way

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

FAQPage Schema
How do I analyze hidden structural and causal patterns in complex code or strategy artifacts?

Multi-perspective analysis reveals hidden patterns by applying independent structural, temporal, and causal evaluations before synthesizing findings into unified insights. This approach uncovers dependencies, future breakpoints, and competing constraints within your artifact.

What is three-way analysis for code review and design evaluation?

Three-way analysis examines artifacts through independent WHERE, WHEN, and WHY evaluations, identifying structural dependencies, temporal evolution breakpoints, and causal impossibilities. Cross-operation synthesis then extracts invariant patterns and deeper insights from the combined perspectives.

How do I identify competing constraints and trade-offs in a software architecture?

Structural impossibility review identifies competing constraints within systems and explains why desirable properties cannot all be maximized simultaneously. It reveals hidden assumptions, persistent trade-offs, and dead patterns through independent analytical operations on the architecture.

Can I use this multi-perspective reasoning approach for business strategy analysis and text critique?

Yes, multi-perspective reasoning applies to business strategy analysis, design evaluation, text critique, and code review scenarios. The analytical operations examine structural layers, temporal simulations of future cycles, and causal constraints regardless of artifact type.

How do I simulate how a system evolves through future cycles to find emerging fragilities?

Temporal simulation explores how an artifact evolves through future cycles by identifying breakpoints, accumulated behaviors, and emerging fragilities. It forms the temporal evaluation phase before cross-operation synthesis combines results with structural and causal insights.

What is the best way to uncover hidden assumptions and dead patterns in complex systems?

Structural archaeology analysis examines system layers, dependencies, hidden assumptions, dead patterns, and persistent trade-offs. By forcing independent analytical perspectives before synthesis, it reveals invariant patterns that single-perspective reviews typically miss.