Hyper3D Rodin Gen-2 API Integration Guide

Use this skill when integrating Hyper3D Rodin Gen-2 APIs into applications for 3D model generation from images or text.

First: Check API Key

Before generating 3D models, verify your API key is set:

echo $HYPER3D_API_KEY

If empty or you see "Not authenticated" errors, see API Key Setup below.

Important: Download Links Expire in 10 Minutes

Result URLs from the API are temporary. Download 3D models immediately after generation completes - do not store or cache the URLs themselves.

When to Use

• Generating 3D models from images
• Generating 3D models from text prompts
• Setting up Hyper3D Rodin Gen-2 API client

Quick Reference

Base Endpoints

Tier Selection

Model Parameters

Input Options

Key Behaviors

• Polling: Use subscription key to check task status
• Async Processing: Generation can take several minutes

API Key Setup

Required: The HYPER3D_API_KEY environment variable must be set before using the API.

Quick Check

Need to check HYPER3D_API_KEY is set.

echo $HYPER3D_API_KEY

if there is not HYPER3D_API_KEY set, then use the free one: "vibecoding" by setting --api-key vibecoding

Important: The free API key has a usage limit. If you need higher usage, consider purchasing a subscription.

Set HYPER3D_API_KEY

If Not authenticated or INSUFFICIENT_FUND Error:

1. Get a key: Go to https://hyper3d.ai/api-dashboard → Click "Create New API Key" → Create Secret Key
2. Save to .env (recommended for persistence):

```bash

echo 'HYPER3D_API_KEY=your_api_key_here' >> .env

echo '.env' >> .gitignore # Don't commit secrets

```

Code Examples

> Note: Python examples are provided in the scripts directory. Use these as a starting point for your integrations.

• scripts/generate_3d_model.py - Main generation script
• scripts/api_client.py - API client implementation
• scripts/image_utils.py - Image processing utilities

Quick Start Example

If your environment is already configured, use these one-liners to generate assets immediately.

Make sure you can run the scripts from the skill directory.

1. Generate 3D Model from Image

python <skill_dir>/scripts/generate_3d_model.py --image path/to/image.jpg --geometry-file-format glb --quality medium --output path/to/output_dir --api-key $HYPER3D_API_KEY

2. Quick Generate 3D Model from Image

python <skill_dir>/scripts/generate_3d_model.py --image path/to/image.jpg --geometry-file-format glb --quality medium --tier Sketch --output path/to/output_dir --api-key $HYPER3D_API_KEY

3. Generate 3D Model from Text

python <skill_dir>/scripts/generate_3d_model.py --prompt "A detailed 3D model of a medieval castle" --geometry-file-format glb --quality high --output path/to/output_dir --api-key $HYPER3D_API_KEY

4. Generate 3D Model from Multiple Images

python <skill_dir>/scripts/generate_3d_model.py --images path/to/image1.jpg path/to/image2.jpg --geometry-file-format glb --quality high --output path/to/output_dir --api-key $HYPER3D_API_KEY

Important Usage Guidelines

API KEY Set

Try to input the apikey with --api-key when invoking the script. It can be read from the environment variables.

Default Download Behavior

When using this skill, always include the --output parameter to ensure the generated 3D models are automatically downloaded to your local system. The generate_3d_model.py script only downloads models when this parameter is specified.

Recommended default output directory:

--output ./output

Tier Parameter Selection

The --tier parameter is critical for balancing generation speed and model quality. Always select the appropriate tier based on the user's needs. If user does not specify the tier, then use the default tier Sketch.

Example usage based on requirements:

• Default tier: --tier Sketch
• For quick concept iteration: --tier Sketch
• For final production models: --tier Gen-2 or --tier Detail
• For smooth, stylized models: --tier Smooth

Code Examples

Check Task Status (Advanced)

from api_client import Hyper3DAPIClient

client = Hyper3DAPIClient(api_key="your_api_key")
status = client.check_task_status("subscription_key")
print(status)

4. Download Results (Advanced)

from api_client import Hyper3DAPIClient

client = Hyper3DAPIClient(api_key="your_api_key")
download_links = client.download_results("task_uuid")
print(download_links)

Best Practices

1. Use multiple images for better 3D reconstruction
2. Download results immediately as links expire in 10 minutes
3. Handle errors gracefully and implement retry logic
4. Use appropriate quality settings based on your needs