Guide · Agent skill
How to use the 3D High-Resolution Textures agent skill
Updated · written with AI from the project's own documentation and checked against our catalogue data
The 3D High-Resolution Textures skill is an agent skill that gives an AI agent a checklist for building sharp 3D surface materials such as wood, stone, fabric, foliage and architecture. It is aimed at developers and technical artists working in real-time 3D, especially web renderers like Three.js. After this guide you will know what the skill changes about the agent's behaviour, how to install it, how to phrase requests that trigger it, and what to check in its output.
3D High-Resolution TexturesMengTo/Skills · MIT Download the skill Quick start
- 1Download the ZIP. Get the 3d-high-resolution-textures skill ZIP from this page. The MIT licence applies to the files.
- 2Unzip into a skills folder. Extract the folder to ~/.claude/skills/ for personal use or to .claude/skills/ inside a project. The folder should contain SKILL.md.
- 3Or upload it in the Claude apps. In the Claude apps, open Settings, go to Capabilities, then Skills, and upload the skill.
- 4Describe a real material task. Ask for help with a specific surface, such as a stone wall or foliage cutouts, and include the camera distance and renderer.
- 5Check the output against the renderer docs. Verify colour-space, AO channel and KTX2 advice against your installed renderer version before shipping.
What an agent skill is and what this one does
An agent skill is a folder of instructions that an AI agent loads when a task matches the skill's description. This one is defined by a SKILL.md file, with a REFERENCES.md file of links and an agents/openai.yaml file.
Once installed, the agent plans 3D materials so they look sharp in close-up without wasting download size or graphics memory. It advises on texture resolution based on camera distance, correct PBR map types and colour handling, mipmaps and anisotropic filtering, and loading detail progressively, such as placeholders first and sharper maps as the camera approaches.
- Chooses texture resolution from the nearest camera view rather than defaulting to 4K or 8K.
- Assigns map types correctly: colour maps are treated as sRGB, while normal, roughness, metalness, AO and height maps are numerical data with no colour conversion.
- Recommends mipmaps, anisotropic filtering and alpha handling for foliage cutouts.
- Plans progressive loading, texture caching and disposal of unused GPU textures.
- Points to a budget check that covers the whole material set, not just file size.
Install the skill from the ZIP
Download the skill ZIP from this page and unzip it. The skill folder must end up named 3d-high-resolution-textures and contain SKILL.md. For a personal setup, place it in your skills folder at ~/.claude/skills/. For a single project, place it in that project's .claude/skills/ folder instead.
You can also upload the skill in the Claude apps. Open Settings, go to Capabilities, then Skills, and add the skill from there.
- Personal install: ~/.claude/skills/3d-high-resolution-textures/
- Project install: .claude/skills/3d-high-resolution-textures/ inside your project
- Claude apps: Settings → Capabilities → Skills
~/.claude/skills/3d-high-resolution-textures/How to trigger the skill with natural requests
You do not need a special command. The skill is meant to load when your request involves 3D material resolution, PBR maps, texture streaming or GPU memory. Describe the surface, the scene and the constraint you care about. Mention the renderer if you know it, because the advice depends on the renderer version.
Good requests name a surface, a camera situation and a budget. Vague requests such as 'make textures better' are less likely to give useful output.
- Plan the wood and stone materials for a Three.js room that the camera looks at closely, keeping mobile download size under control.
- Which texture resolution do I need for a fabric sofa seen from one metre away in a web scene?
- Review my foliage cutout textures for dark fringes at distance and suggest mipmap settings.
- Design a progressive loading plan so the opening view loads fast and hero walls sharpen as the camera gets near.
What the skill needs and how it behaves
The listing shows no required dependencies. The skill runs no scripts and makes no network requests, so it works by giving the agent guidance. It does not generate textures by itself. You still need an image source, a renderer and the code to load your maps.
The guidance is engine-oriented. Some advice, such as the AO UV channel, colour-space handling and KTX2 loading, depends on the renderer version you have installed. Check those points against your renderer's documentation before you rely on them.
- Requires: nothing listed. Runs scripts: no. Uses network: no.
- Not suited to making a single image or offline rendering with no code.
- Works best with real-time engines such as Three.js or similar.
Verify the agent's texture advice
Ask the agent to inspect close-up and grazing-angle views at the intended display resolution, then compare the same material from farther away. Check seams, grain direction, alpha rims and normal orientation under neutral and final lighting.
Record opening bytes separately from total assets, the requested dimensions, the estimated GPU memory and any missing assets on mobile. As a reference point, the skill notes that a 4096² RGBA8 texture with a full mip chain is about 85.3 MiB of GPU storage before driver overhead, so a small compressed download can still produce a large allocation.
- Use the REFERENCES.md file to find the Three.js documentation links the skill cites.
- Treat version-specific settings as things to test in your own renderer, not facts to copy.
Tips for getting better results
Give the agent real numbers where you have them: the nearest camera distance, the on-screen size of a surface and your target render scale. The skill's resolution advice is based on visible coverage, so these inputs matter more than the texture's file dimensions.
Keep your source textures as large as needed and no larger. Upscaling a small source cannot add captured detail, so ask for a better source or procedural detail when the close-up looks soft.
- Give the agent the renderer name and version.
- Share the material type, such as wood grain direction or fabric weave.
- Ask for a budget in bytes and in GPU memory, not only a file size.
What people use it for
- Choosing texture sizes for a Three.js room where the camera gets close to wooden floors and stone walls.
- Reducing texture download size and GPU memory for a mobile web 3D experience.
- Fixing dark fringes and disappearing leaves on foliage cutouts at a distance.
- Planning chapter-based texture loading so detail appears as the camera approaches.
Frequently asked questions
How do I install the 3D High-Resolution Textures agent skill?
Download the ZIP from this page and unzip it into ~/.claude/skills/ for personal use, or into .claude/skills/ inside a project. You can also upload it in the Claude apps under Settings, then Capabilities, then Skills.
Is the 3D High-Resolution Textures skill free to use?
The skill is licensed under MIT, as stated on its listing. Check the licence file in the download for the full terms.
What do I need to run this skill?
The listing lists no requirements. It runs no scripts and makes no network requests. You still need your own renderer, such as Three.js, and your own texture files.
Does the skill create textures for me?
No. It guides the agent on resolution, PBR map types, sampling and loading. It is not a texture generator and will not produce images by itself.
Which renderers does this skill work with?
It is written with web 3D renderers like Three.js in mind. Some advice depends on the renderer version, so check settings such as the AO UV channel and KTX2 loading against your version.
How does this compare with other texture tools?
This skill gives planning advice for materials and memory budgets inside an agent workflow. Image editors and texture generators make the images, while this skill helps decide their size, format and loading strategy.
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Our verdict
Use this skill if you build real-time 3D scenes or web experiences in Three.js or similar engines and want a checklist for texture resolution, UV scale and memory budgets. Pick something else if you only need a single image or offline rendering with no code, since the skill does not generate textures.
Download the skill