Iker Vélez
Community@Iker1211
Iker Vélez provides specialized Three.js skills for building performant 3D worlds: hex grids, GLTF instancing, GPU-adaptive quality, and layered world composition.
Agent Skills by Iker Vélez
Showing 5 vetted skills indexed across 2 GitHub repositories.
Iker1211beautiful-3d-world
Composes flat hexagonal low-poly 3D worlds from KayKit Medieval Hexagon Pack assets.
Iker1211gltf-instanced-world
Loads GLTF assets into tile-based Three.js worlds using InstancedMesh and Mesh clones.
Iker1211low-poly-medieval-threejs
Configures Three.js scenes for KayKit low-poly medieval assets with lighting, fog, and camera calibration.
Iker1211ontological-layer-composer
Defines a data-driven layer grammar for composing 3D hex worlds in Three.js.
Iker1211hex-grid-axial
Implements axial coordinate math for hexagonal grid positioning in Three.js.
Frequently Asked Questions About Iker Vélez
FAQPage SchemaWhat tasks can I accomplish with Iker Vélez's Three.js skills?▼
You can build adaptive-quality 3D scenes, load GLTF assets into tile-based worlds with InstancedMesh, compose layered ontological worlds (L0 tile, L1 environment, L2 occupant), configure low-poly medieval KayKit scenes, and implement axial-coordinate hex grids with neighbor calculation and JSON-driven grid generation.
Who are these Three.js skills designed for?▼
They target web game developers and 3D engineers building browser-based worlds with Three.js, especially projects using hexagonal tile maps, KayKit low-poly medieval asset packs, and experiences that must run on both high-end desktop GPUs and low-end mobile devices.
When should each skill be activated during development?▼
Activate adaptive-quality before writing any THREE.WebGLRenderer or WebGPURenderer, gltf-instanced-world before GLTFLoader or InstancedMesh code, hex-grid-axial before hex tile positioning, ontological-layer-composer before place()/buildWorld() design, and low-poly-medieval before configuring KayKit scenes.
What prerequisites and dependencies do these skills require?▼
Skills assume a Three.js project environment. adaptive-quality requires @pmndrs/detect-gpu for GPU benchmarking; gltf-instanced-world requires GLTFLoader and GLTF assets; low-poly-medieval expects KayKit medieval asset packs with shared texture atlases; hex-grid-axial uses JSON data sources for grid generation.
How does the ontological layer system structure 3D worlds?▼
It defines a contract between data files (registry.json, world.json) and the Three.js renderer, using a three-layer grammar: L0 tiles, L1 environment, L2 occupants, plus alternative contexts like ui and dungeon, with validation logic for tile-to-asset compatibility.