Can this skill help with Unison's ability system?

Yes, it provides a structured reference for common abilities like IO, Remote, and STM, including their triadic roles and handler implementations.

How does the 'zubuyul' seed 1069 function within the skill?

The seed 1069 acts as an originary interaction entropy source used to predict and verify the evolution of 1069 specific skills through SplitMix64 state tracking.

What is SPI trajectory recording?

It is a method of tracking and verifying the execution path of skills across different programming environments to ensure consistency and GF(3) conservation.

What is the primary benefit of the Unison ACSet skill?

It provides a mathematical and hierarchical structure to Unison's content-addressed codebase, making it easier to manage documentation, abilities, and complex system trajectories.

Unison ACSet Logic & Documentation

Name: Unison ACSet Logic & Documentation
Author: plurigrid

byplurigrid

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学习与文档

Facilitates advanced Unison language development through ACSet-structured documentation, algebraic effect handling, and trajectory-based skill predictions.

关于

The Unison ACSet skill enhances the Claude Code experience for Unison language developers by mapping the content-addressed functional programming paradigm onto algebraic C-Set (ACSet) structures. It provides a rigorous hierarchical framework for parsing language constructs, managing abilities (algebraic effects), and utilizing the 'zubuyul' 1069 seed for trajectory-based skill evolution and SPI verification. This skill is essential for developers working at the intersection of topological computing, formal documentation, and distributed functional systems, offering deep integration with specialized tools like gay-mcp and acsets-algebraic-databases.

主要功能

SPI (Single Point of Interaction) verification across multiple language runtimes
Trajectory-based skill predictions using the 1069 'zubuyul' seed system
GF(3) balanced triad coordination for structural code integrity
2 GitHub stars
Hierarchical ACSet schema mapping for Unison documentation and constructs
Algebraic effect system management for IO, Remote, STM, and custom abilities

使用场景

Implementing and verifying cross-language SPI trajectories in distributed systems
Formalizing complex language documentation into algebraic structures for automated reasoning
Architecting large-scale content-addressed codebases with hash-based dependencies

关于

主要功能

SPI (Single Point of Interaction) verification across multiple language runtimes
Trajectory-based skill predictions using the 1069 'zubuyul' seed system
GF(3) balanced triad coordination for structural code integrity
2 GitHub stars
Hierarchical ACSet schema mapping for Unison documentation and constructs
Algebraic effect system management for IO, Remote, STM, and custom abilities

使用场景

Implementing and verifying cross-language SPI trajectories in distributed systems
Formalizing complex language documentation into algebraic structures for automated reasoning
Architecting large-scale content-addressed codebases with hash-based dependencies