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Designs and implements procedural audio for Godot games. Use when creating runtime SFX with Godot built-in audio APIs, mapping game events to timbre, or avoiding external audio assets.
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基于 SOC 职业分类
Converts a working mini-game into a complete arcade game by adding round structure, ceremony screens (READY / round clear / death / game over), a score economy (extends, round bonuses, initials entry, high-score table), and jingle/SE separation. Use when a playable game with a verified core loop still "feels like a minigame" and needs arcade completeness — rounds or waves, 1UP extends, name entry, attract mode. Not for designing the core mechanic itself (use designing-mini-games first).
Designs original, compact mini-games — rules, controls, scoring, hazards, and difficulty curves — for any input scheme, including one-button (tap / hold / release) games. Use when defining a new mini-game concept, converting creative constraints or seeds into mechanics, choosing an input scheme, checking state-variable necessity, or preventing idle, hold-only, or mashing play from becoming optimal.
Translates game design prose into engine-neutral implementation invariants and validation checks. Use when implementing or reviewing game mechanics where idle, hold-only, mashing, spam, safe waiting, or repeated scoring pulses must be prevented from dominating skilled play.
Creates or repairs browser mini-games specifically using crisp-game-lib. Use only when the user explicitly asks for crisp-game-lib or the existing project already uses it; skip for Godot, Unity, Phaser, canvas-only, or unspecified engine requests.
Batch-generates, evaluates, and specs multiple fixed-screen arcade game concepts in the style of 1978-1983 cabinets. Use when asked to brainstorm several new arcade games at once, produce a concept slate to choose from, or turn era/hardware constraints into ranked concepts plus implementation specs. For hardening a single already-chosen concept, use designing-mini-games instead.
Verifies that implemented game mechanics match their spec by injecting game state into a live headless browser and asserting the resulting transitions (phase changes, scoring formulas, gates, resets). Use after implementing or changing a specific mechanic in a browser game — when a smoke test (runtime health) passes but spec conformance is unverified, or when a mechanic is too rare or slow to reach through organic play. Not for crash detection (use smoke-testing-web-games) or play-quality judgment (use evaluating-gameplay-balance).
| name | creating-godot-procedural-audio |
| description | Designs and implements procedural audio for Godot games. Use when creating runtime SFX with Godot built-in audio APIs, mapping game events to timbre, or avoiding external audio assets. |
Use this skill for Godot game audio that is synthesized or generated inside the project.
Default artifacts:
<PROJECT_DIR>/SOUND_DESIGN.md.Visual And Audio Direction or Required sounds section, keep it as a short summary and update it only when the audio direction changes.<PROJECT_DIR>/audio_controller.gd; keep main.gd as orchestration..agents/skills/creating-godot-procedural-audio/assets/audio_synth.gd or the template's existing audio_synth.gd primitives. Copy the helper into the project only if it is missing or materially different.SOUND_DESIGN.md.start_<sound>(), update_<sound>(params), release_<sound>(), and stop_<sound>(). Headless/no-op handles must preserve the same calls so tests can verify state transitions without playback.Core rules:
AudioStreamGenerator when real-time synthesis is required.Workflow:
Read references/sound-design-guide.md for event catalogues, procedural audio patterns, and design checklists.
Reusable primitives are in assets/audio_synth.gd.
directing-game-visuals produces <PROJECT_DIR>/VISUAL_DESIGN.md, which sound character should derive from.scaffolding-godot-mini-games ships the template audio_synth.gd referenced above; copy this skill's assets/audio_synth.gd only when no template copy exists in the project.