earthlike-tectonics-science

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Scientific guardrails and reference workflow for Earth-like tectonic world simulation. Use when designing or reviewing plate kinematics, boundary evolution, supercontinent cycles, subduction/rifting/orogeny/accretion/volcanism logic, or when adding plausibility checks and diagnostics for deterministic worldbuilding tools.

ThornboroughA By ThornboroughA schedule Updated 2/20/2026

name: earthlike-tectonics-science description: Scientific guardrails and reference workflow for Earth-like tectonic world simulation. Use when designing or reviewing plate kinematics, boundary evolution, supercontinent cycles, subduction/rifting/orogeny/accretion/volcanism logic, or when adding plausibility checks and diagnostics for deterministic worldbuilding tools.

Earthlike Tectonics Science

Overview

Use this skill to ground tectonic simulation decisions in Earth-system process knowledge while keeping outputs deterministic, reproducible, and explicit about uncertainty.

Reference Loading

Load only what is needed:

  • For process mechanics and event persistence expectations, read references/process-primer.md.
  • For numeric guardrails and rough Earth-like bounds, read references/quantitative-ranges.md.
  • For implementation-time validation and diagnostics behavior, read references/plausibility-checks.md.
  • For canonical textbooks, papers, and agency references, read references/source-canon.md.
  • For mapping the Worldbuilding Pasta post to scientific interpretations, read references/worldbuilding-pasta-crosswalk.md.

Workflow

  1. Define assumptions.
  • Assume Earth-like gravity, heat budget, and material behavior unless the request overrides it.
  • State active simulation mode (fast_plausible or hybrid_rigor).
  • State whether results are strict constraints or exploratory guidance.
  1. Map features to process classes.
  • Map requested behavior into plate kinematics, boundary semantics, event synthesis, and terrain coupling.
  • Keep climate out of scope.
  1. Apply sanity ranges.
  • Use references/quantitative-ranges.md to set fail/warn bands.
  • Keep hard failures for geometric impossibilities and deterministic invariants.
  • Keep soft warnings for low-confidence but still plausible edge cases.
  1. Run plausibility checks.
  • Use references/plausibility-checks.md to evaluate continuity, boundary consistency, lifecycle realism, and coverage diagnostics.
  • Report every failed check explicitly.
  1. Produce implementation guidance.
  • Recommend deterministic defaults and provenance fields.
  • Include uncertainty text where evidence is weak or parameter ranges are broad.
  1. Cite reference basis.
  • Tie recommendations to specific entries in references/source-canon.md.
  • Call out when guidance is heuristic from references/worldbuilding-pasta-crosswalk.md.

Non-Negotiables

  • Preserve deterministic behavior for fixed seed and config.
  • Do not suppress uncertainty or coverage gaps; surface them in diagnostics.
  • Prefer physically informed approximations over decorative noise.
  • Preserve non-expert usability by hiding advanced controls unless explicitly requested.

Output Contract

When using this skill, return:

  • Explicit assumptions (planet baseline, mode, timespan).
  • Process-level rationale (why this tectonic behavior is plausible).
  • Check outcomes (fail/warn/pass with thresholds).
  • Remaining uncertainty and recommended next checks.
Install via CLI
npx skills add https://github.com/ThornboroughA/GeologyWizard --skill earthlike-tectonics-science
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