Implement SplitMix64-based 3-coloring and CRDT sexp patterns for Geiser/Chicken REPL workflows.
npx skills add https://github.com/plurigrid/asi --skill geiser-chicken
Please help me install this Agent Skill. Skill: geiser-chicken Source: https://github.com/plurigrid/asi/tree/main/skills/geiser-chicken Command: npx skills add https://github.com/plurigrid/asi --skill geiser-chicken
This Skill provides Geiser integration for Chicken Scheme, including 3-coloring via SplitMix64 and CRDT-based S-expression patterns for live editing.
In Emacs, connect to Chicken REPL with Geiser, load the color module, and generate colors for graphs or Penrose tiles.
High-intent search queries and answers about installing and using this skill.
3-coloring graphs in Chicken Scheme uses SplitMix64, a deterministic 64-bit RNG, to assign ternary values (-1, 0, +1) to vertices. Load the color module in your Geiser REPL, pass your graph structure, and the Skill generates a valid 3-coloring with stable, reproducible color assignments.
Yes. This Skill integrates crdt.el S-expression patterns with Geiser's Chicken REPL, enabling collaborative editing workflows where live S-expression manipulations sync across CRDT state, maintaining consistency in shared editing sessions.
SplitMix64 provides deterministic, high-quality 64-bit pseudorandom output optimized for fast state mixing. In graph coloring, this ensures reproducible ternary color assignments across runs, making results predictable and debuggable without sacrificing randomness quality.
Yes. The Skill generates Penrose ASCII diagrams to visualize 3-colored graphs and tiling patterns directly in your Emacs buffer, allowing you to inspect coloring results without external graphing tools.
Yes. This Skill requires a running Chicken Scheme REPL connected via Geiser in Emacs. SplitMix64, the ternary color logic, and S-expression utilities all execute within that Scheme environment.
The Skill works with crdt.el S-expression patterns. Graphs must conform to that format—vertices and edges represented as nested lists. Malformed structures will fail during CRDT manipulation or coloring; ensure your graph matches the documented S-expression schema.
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