Writing & Content Workflows

Generate, texture, rig, animate, stylize, convert, and download 3D assets for Three.js games using the Tripo API. Use for text-to-3D, image-to-3D, 2D concept to 3D conversion, game-ready GLB/FBX assets, characters, creatures, buildings, props, weapons, terrain pieces, auto-rigging, animation retargeting, model texturing, LEGO/voxel/Minecraft-style stylization, low-poly/quad conversion, and browser asset pipelines. Pair with threejs-image-generator for concepts, texture references, sky/background/terrain textures, logos, icons, and GUI art before image-to-3D generation.

Upgrade Three.js games from basic/prototype visuals to premium AAA-inspired browser graphics. Combines art-direction critique, procedural model building, mandatory external asset sourcing decisions, threejs-3d-generator assets, threejs-image-generator concept/texture workflows, scene visual polish, material/texture libraries, world prop kits, VFX, render pipeline, and visual scorecard gates. For premium games with characters, vehicles, ships, weapons, buildings, signature props, skies, textures, decals, logos, icons, or GUI art, load the relevant generator skills before deciding procedural assets are enough.

Generate, convert, clean, and prepare audio assets for Three.js browser games using ElevenLabs. Use for sound effects, looping ambience, UI sounds, impact/weapon/vehicle audio, creature or boss stingers, announcer/dialogue TTS, scratch-performance voice conversion, voice cleanup/isolation, audio manifests, and game-ready web audio integration.

Debug and profile Three.js browser games. Combines scene debugging, render/runtime/loading/animation/resize/mobile input fixes, performance profiling, draw calls, triangles, textures, memory, shader/post-processing cost, bundle size, and mobile DPR/input issues.

Primary entrypoint for complete Three.js browser game creation, premium iteration, and automatic phase orchestration. Use by default for build-a-game, upgrade, polish, premium, AAA, high-fidelity, from-scratch, endless runner, arcade, action, release-ready, or showcase requests. For broad work, first load sibling public skill files for gameplay systems, AAA graphics, UI, debug/profile, and QA/release. For premium games with characters, vehicles, ships, weapons, buildings, signature props, skies, textures, decals, logos, icons, GUI art, audio/SFX/voice needs, or less-basic graphics, load threejs-3d-generator, threejs-image-generator, and/or threejs-audio-generator before deciding generated assets are unnecessary. Keep skill-loading, reference, asset-sourcing, and phase-execution ledgers so users do not choose skills manually.

Design premium Three.js game UI. Use for HUDs, menus, overlays, pause/win/lose screens, settings, icon controls, touch UI, typography, responsive layout, safe areas, text fit, and UI/world cohesion.

Build and iterate playable Three.js game systems. Combines starter scaffold creation, architecture, gameplay implementation, and game-feel tuning. Use for first playable slices, new Vite/TypeScript/Three.js game setup, game loops, entity systems, input, collision/physics, scoring, objectives, audio hooks, camera, controls, difficulty, feedback, and maintainable structure.

Generate and edit 2D image assets for Three.js games using Google's Gemini image API. Use for concept sheets, image-to-3D inputs, texture references, sky/background plates, decals, logos, icons, GUI art, title/menu art, thumbnails, marketing stills, and source images that feed threejs-3d-generator. Also use for direct image editing when the user provides an image path.

Verify and release Three.js browser games. Combines playtest QA, mobile/responsive checks, production builds, preview verification, static-hosting base paths, debug gating, bundle review, screenshots, packaged canvas-pixel inspection, console checks, and release risk reports.