菜单
Use for debugging 3js/p5js visual simulations with deterministic hooks, fixed-step controls, and artifacted visual regression validation.
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
| name | visual_sim_debug_3js_p5js |
| description | Use for debugging 3js/p5js visual simulations with deterministic hooks, fixed-step controls, and artifacted visual regression validation. |
render_game_to_text, fixed-step advance helpers).references/deterministic-debug-loop.md -> debug loop and pass discipline.references/artifact-matrix-template.md -> required artifact outputs.references/data-viz-deterministic-qa.md -> deterministic QA tiers, latency targets, and decimation defaults for data-driven visuals.references/tezos-viz-debug-hooks.md -> snapshot metadata hooks for Tezos/Objkt visualization debugging.references/quality-checklist.md -> release gate.references/sandbox-evidence.md -> source evidence from Sandbox simulation projects.Return:
Use when extracting Tezos blockchain/indexer data and persisting it into Supabase with idempotent upserts, incremental checkpoints, and verification queries.
Use as a top-level Tezos orchestrator that routes to contract lifecycle, wallet ops, data pipeline, visualization, and non-custodial game-influence skills based on request scope.
Use for game system design and implementation with modular loops, audit-friendly progression, secure moderation/liveops controls, and optional non-custodial blockchain-signal game influences.
Use when running delegated subagent rounds to generate prototypes, harvest evidence and feedback, patch skills with extracted knowledge, and clean up temporary project workspaces.
Use when implementing or changing Tezos smart contracts with style-matrix mapping, compile/artifact sync, security coverage, and test/deploy readiness checks.
Use when hardening Tezos dApp wallet flows: connect, network switching, chain-id verification, and reliable origination/operation handling.