What is the purpose of the 'policy' input?

The policy determines how the streams are interleaved. 'round_robin' cycles through sources sequentially, while 'gf3_balanced' optimizes for mathematical balance within the GF(3) field.

What sources are supported by Triad Interleave?

The skill currently supports three primary deterministic sources: SplitMixTernary, Xoroshiro3Color, and Gay MCP.

Is the output reproducible for testing purposes?

Yes. The skill is designed for deterministic behavior; using the same seed, source list, and policy will always result in the exact same schedule.

How does the skill ensure the schedule is balanced?

It implements Galois Field (GF(3)) validation for every generated triplet, ensuring the mathematical sum meets specific criteria based on the chosen policy (e.g., gf3_balanced).

What data is included in the output schema?

The output provides a detailed schedule including the schedule ID, seed, stream IDs, triplet IDs, trits, hex values, and LCH (Lightness, Chroma, Hue) coordinates.

Triad Interleave Schedule Generator

Name: Triad Interleave Schedule Generator
Author: plurigrid

byplurigrid

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Developer Tools

Interleaves three deterministic color streams into balanced schedules for parallel execution using GF(3) validation.

About

The Triad Interleave skill provides a robust framework for combining three independent, deterministic data streams—SplitMixTernary, Xoroshiro3Color, and Gay MCP—into a single, balanced schedule. By utilizing Galois Field (GF(3)) validation, it ensures mathematical consistency across triplets, making it an essential tool for complex parallel execution tasks, topological computing, and algorithmic music composition where deterministic ordering and stream preservation are critical for reproducible results.

Key Features

Deterministic interleaving of three distinct color streams
Comprehensive output logging including LCH color space and hex identifiers
Support for Round Robin and GF3 Balanced scheduling policies
Galois Field (GF(3)) validation for balanced triplet distribution
2 GitHub stars
Strict preservation of per-stream order for reliable parallel execution

Use Cases

Generating deterministic schedules for parallel chemputer or hardware execution
Developing reproducible test patterns for multi-stream data processing systems
Creating balanced sequences for algorithmic music composition and topological analysis

About

Key Features

Deterministic interleaving of three distinct color streams
Comprehensive output logging including LCH color space and hex identifiers
Support for Round Robin and GF3 Balanced scheduling policies
Galois Field (GF(3)) validation for balanced triplet distribution
2 GitHub stars
Strict preservation of per-stream order for reliable parallel execution

Use Cases

Generating deterministic schedules for parallel chemputer or hardware execution
Developing reproducible test patterns for multi-stream data processing systems
Creating balanced sequences for algorithmic music composition and topological analysis