How does the seed chaining work?

The skill integrates with unworld seed chaining, where the current schedule's accumulated trits derive the seed for the next sequence, enabling continuous, deterministic derivation.

Which scheduling policies are supported?

It currently supports 'round_robin' for simple sequential interleaving and 'gf3_balanced', which actively reorders entries to maintain mathematical equilibrium.

Can I use this skill for non-visual data?

Absolutely. While the implementation provides OkLCH color outputs for visualization, the underlying logic is a robust three-stream interleaving algorithm applicable to any task scheduling need.

What is GF(3) conservation in this context?

GF(3) conservation ensures that the sum of the 'trit' values (-1, 0, +1) in every triplet of the generated schedule equals zero (modulo 3), creating a mathematically balanced sequence.

Triad Interleave Schedule Generator

Name: Triad Interleave Schedule Generator
Author: plurigrid

byplurigrid

数据科学与机器学习

Generates balanced, deterministic execution schedules by interleaving three color streams using GF(3) mathematical conservation.

关于

Triad Interleave is a specialized algorithm designed to weave three independent data or color streams into a single, mathematically balanced schedule. By enforcing a GF(3) sum = 0 invariant across every triplet, it ensures consistent equilibrium and deterministic results across parallel execution paths. This skill is ideal for developers working on generative design systems, topological simulations, or complex task orchestration where maintaining stream order and balanced distribution is critical.

主要功能

Deterministic result generation via SplitMix64 PRNG
GF(3) balanced scheduling to ensure mathematical equilibrium
Automated OkLCH color space calculation and hex conversion
Support for multiple scheduling policies including Round Robin and GF3 Balanced
0 GitHub stars
Preservation of relative ordering within three independent streams

使用场景

Orchestrating deterministic parallel tasks in simulation environments
Generating balanced generative color palettes for UI design systems
Implementing topological execution paths for modular logic systems

关于

主要功能

Deterministic result generation via SplitMix64 PRNG
GF(3) balanced scheduling to ensure mathematical equilibrium
Automated OkLCH color space calculation and hex conversion
Support for multiple scheduling policies including Round Robin and GF3 Balanced
0 GitHub stars
Preservation of relative ordering within three independent streams

使用场景

Orchestrating deterministic parallel tasks in simulation environments
Generating balanced generative color palettes for UI design systems
Implementing topological execution paths for modular logic systems