What is abductive reasoning in the context of this skill?

Abductive reasoning is the process of inferring the most likely cause or hypothesis (such as a specific ID or state) from a set of observed effects (such as color data or world states).

What is the role of the GF(3) Triad in this skill?

It acts as a coordination layer (Trit 0) that sits between slime-lisp (expression validation) and cider-clojure (evaluation generation) to ensure logic conservation.

Which programming languages does Abductive-REPL support?

It primarily integrates with Julia (via the Gay.jl package), Hy (a Lisp embedded in Python/JAX), and Babashka (a native Clojure scripting environment).

How does the color matching feature work?

Using the !abduce command, the skill searches a defined hypothesis space to find color matches (RGB) that align with observed outputs, returning IDs with confidence scores.

Abductive REPL Inference

Name: Abductive REPL Inference
Author: plurigrid

byplurigrid

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Data Science & ML

Facilitates exploratory abductive reasoning through interactive hypothesis-test loops for color spaces and topological models.

Abductive-REPL is a specialized tool for Claude Code designed for exploratory inference and hypothesis testing within a Read-Eval-Print Loop (REPL). It enables developers and researchers to reverse-engineer causes from observed effects—specifically focusing on color matching and world-state identification using Julia (Gay.jl), Hy, and Babashka. By coordinating between different interpreters and leveraging topological sheaf theory, it bridges the gap between raw observation and structured theoretical models, making it ideal for complex system analysis and experimental computation.

Key Features

01GF(3) Triad Coordination: Works as a central coordinator alongside validation and generation scripts.

02Multi-Language Integration: Seamlessly supports Julia (Gay.jl), Hy (HyJAX), and Babashka (Clojure) workflows.

03Interactive Abductive Reasoning: Generate and refine hypotheses based on observed data outcomes.

04Topological Analysis: Integrates with condensed analytic stacks for navigating complex state spaces.

057 GitHub stars

06Color-Space Inference: Specialized commands for mapping RGB values to specific invader IDs or world states.

Use Cases

01Reverse-engineering system parameters from observed output data in experimental environments.

02Automated hypothesis validation through iterative simulation and testing loops in a REPL environment.

03Experimental color space exploration and mapping for topological chemputer projects.

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add plurigrid/asi abductive-repl

For use in Claude.ai and ChatGPT

Download Skill