SomeAI.org
  • Hot AI Tools
  • New AI Tools
  • AI Category
  • Free Submit
  • Find More AI Tools
SomeAI.org
SomeAI.org

Discover 10,000+ free AI tools instantly. No login required.

About

  • Blog

© 2025 • SomeAI.org All rights reserved.

  • Privacy Policy
  • Terms of Service
Home
3D Modeling
3D-GLB-Aframe-GoogleAPI-Map

3D-GLB-Aframe-GoogleAPI-Map

Explore maps in a virtual reality scene

You May Also Like

View All
🐢

VFusion3D

Generate 3D models and videos from images

234
🦀

HTML5 Aframe 3eMap Flight

Display 3D recursive polygons and math functions

1
🚀

Instant Text-to-3D Mesh Demo

Generate 3D models from text prompts

59
🏢

3D Arena

Explore and vote on 3D arenas in a leaderboard

287
🏢

AW 02 H5 AR VR IOT

Create a dynamic torus knot scene with random properties

1
👁

Image2mesh

Convert images to 3D models

2
🗺

HTML5-3D-VR-Aframe-Map-Land

Create 3D recursive polygons and mathematical functions in a virtual environment

3
🚀

VR DEMO

Create an immersive 3D environment with dynamic lights and shapes

1
📈

AW 02 Syed

Create a 3D scene with spinning lights and random torus knots

0
🐨

AR VR IOT DEMO

Generate dynamic 3D torus knot shapes

1
📉

HTML5 Aframe Augmented Reality Model Viewer

View 3D models in AR/VR using your phone

3
👀

Mediapipe Face Mesh 3d

create 3d-gltf face-mesh from image with mediapipe

13

What is 3D-GLB-Aframe-GoogleAPI-Map ?

3D-GLB-Aframe-GoogleAPI-Map is a cutting-edge tool for exploring and visualizing maps in a virtual reality (VR) scene. It combines the power of Google Maps API with the A-Frame framework to create immersive 3D experiences. This tool allows users to load 3D models in GLB format and overlay them onto real-world maps, providing a unique way to interact with geographic data in a three-dimensional space.

Features

• Integration with Google Maps API for real-world map data
• Support for 3D models in GLB format for immersive visualization
• Built on A-Frame, a popular framework for VR experiences
• Interactive 3D visualization with controls for rotation, zoom, and pan
• Alignment of 3D models with real-world geographic locations
• Cross-platform compatibility with desktop, mobile, and VR headsets
• User-friendly interface for easy model loading and configuration

How to use 3D-GLB-Aframe-GoogleAPI-Map ?

  1. Install the application: Ensure you have the latest version installed on your device.
  2. Prepare your 3D model: Convert your 3D model to GLB format using tools like Blender or online converters.
  3. Import the model: Use the A-Frame framework to import your GLB model into the scene.
  4. Configure Google Maps API: Set up your Google Maps API key and enable the necessary services (e.g., Maps JavaScript API).
  5. Embed the map: Integrate the map into your A-Frame scene using the provided components and scripts.
  6. Test the scene: Preview your 3D map in a web browser or VR headset to ensure everything works smoothly.
  7. Share your creation: Deploy your project online or share it with others for collaboration.

Frequently Asked Questions

What Is a GLB File?
A GLB (GL Transmission Format Binary File) is a binary file format for 3D models that supports textures, animations, and other advanced features. It’s optimized for web use and works seamlessly with frameworks like A-Frame.

Do I Need Coding Skills to Use This Tool?
Yes, basic HTML and JavaScript knowledge is required to set up and customize the A-Frame scene. However, the tool provides pre-built components to simplify the process.

Can I Use This Tool for Commercial Projects?
Yes, 3D-GLB-Aframe-GoogleAPI-Map is suitable for commercial projects, but ensure you comply with Google Maps API terms of service and any applicable licensing for 3D models.

Recommended Category

View All
💹

Financial Analysis

🎬

Video Generation

🔤

OCR

🌈

Colorize black and white photos

📐

Convert 2D sketches into 3D models

🎵

Music Generation

😀

Create a custom emoji

🤖

Chatbots

🗒️

Automate meeting notes summaries

💬

Add subtitles to a video

🎥

Create a video from an image

🧹

Remove objects from a photo

⬆️

Image Upscaling

🔍

Object Detection

🚨

Anomaly Detection