What are the requirements to use this skill?

This skill requires Pijul for version control operations, flox-mcp for environment management, and structured-decomp for handling tree decompositions of skill graphs.

What is a sparse skill in this context?

A sparse skill stores changes as a chain of mathematical patches (morphisms) rather than fully written-out files. The actual state is only 'materialized' or projected when specifically required for execution or conflict resolution.

How does GF(3) logic affect skill management?

It uses ternary logic values (-1, 0, +1) to assign roles. Validators (-1) verify integrity, Coordinators (0) force materialization checkpoints, and Generators (+1) create new patches lazily.

Why use Pijul instead of standard Git for skills?

Pijul is based on a theory of patches where independent changes commute. This makes it mathematically superior for distributed agents who may be generating overlapping updates that need to be merged without manual intervention.

Pijul Sparse Skill Manager

Name: Pijul Sparse Skill Manager
Author: plurigrid

byplurigrid

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Herramientas para Desarrolladores

Manages skill versioning through sparsity-preserving Pijul patches and GF(3) projection logic to minimize storage and ensure categorical consistency.

Acerca de

This skill provides a mathematically rigorous framework for versioning Claude Code skills using Pijul's patch-based system. By treating changes as morphisms rather than materialized states, it maintains a sparse representation of skill evolutions, only projecting full states when triggered by coordination requirements, conflicts, or explicit flags. This approach ensures lazy evaluation of skill states, reduces storage footprints, and leverages GF(3) ternary logic—comprising Validator, Coordinator, and Generator roles—to synchronize distributed states effectively within the Claude environment.

Características Principales

Categorical foundation treating patches as state-transforming morphisms
Triadic coordination roles for distributed agent state synchronization
GF(3) projection gates for intelligent, on-demand state materialization
2 GitHub stars
Sparsity-preserving skill versioning using Pijul patch theory
Integration with Delta-State CRDTs for commutative, conflict-free updates

Casos de Uso

Implementing mathematically verified version control workflows in agentic environments
Coordinating complex skill merges using categorical patch commutativity
Managing large-scale, distributed agent skill repositories with minimal local storage

Acerca de

Características Principales

Categorical foundation treating patches as state-transforming morphisms
Triadic coordination roles for distributed agent state synchronization
GF(3) projection gates for intelligent, on-demand state materialization
2 GitHub stars
Sparsity-preserving skill versioning using Pijul patch theory
Integration with Delta-State CRDTs for commutative, conflict-free updates

Casos de Uso

Implementing mathematically verified version control workflows in agentic environments
Coordinating complex skill merges using categorical patch commutativity
Managing large-scale, distributed agent skill repositories with minimal local storage