This web app, developed for the NASA Space Apps Challenge, allows users to explore Near-Earth Objects (NEOs) within a dynamic solar system visualization. "GalacticImpactNeoVisualization" offers real-time data on NEOs and simulates their potential impacts on Earth. Leveraging NASA's data, the app provides a comprehensive and interactive view of NEOs and their interactions within the solar system.
Live Project: GalacticImpact
- Solar System Visualization: Explore a fully interactive 3D representation of the solar system, complete with detailed NEO trajectories and planetary positions.
- NEO Impact Simulations: Visualize potential impacts of NEOs on Earth, offering users a simulation of various collision scenarios.
- Data-Driven Insights: Access real-time information about NEOs, including their orbits, sizes, and proximity to Earth.
- Interactive Interface: Intuitive, user-friendly navigation through the solar system, suitable for both space enthusiasts and researchers.
- Frontend: React.js for UI and Three.js for 3D solar system and NEO visualizations
- Data Sources: NASA's NEO database and other space-related APIs
- Simulation: Simulations are made possible with Unity.
- Deployment: Hosted on Firebase, with continuous updates
- Clone the repository:
git clone https://github.com/Sayemahamed/GalacticImpact.git - Install dependencies:
npm install - Start the development server:
npm run dev - Access the app locally at
http://localhost:5173
Contributions are welcome! Please follow the guidelines in the CONTRIBUTING.md file for more details on how to help improve the project.
This project is licensed under the MIT License. See LICENSE.md for details.
"GalacticImpactNeoVisualization" offers a powerful and engaging tool for exploring the dynamics of NEOs and their interactions with Earth, making space science more accessible and understandable.