This project is a 3D route planner for plotting paths on the moon's surface, using CesiumJS to render a realistic lunar environment. You can visualize and plot a rover's route based on given coordinates.
- 3D Moon Surface Rendering: Utilizes CesiumJS to display the moon in a realistic 3D environment.
- Custom Path Plotting: Load and visualize a path by providing a JSON file with coordinates.
- Interactive Navigation: Pan, zoom, and rotate around the rendered moon to analyze the path from multiple perspectives.
- Lightweight: Requires no additional backend setup, runs directly in the browser.
The key components of the project are:
- index.html: Entry point for the application.
- styles.css: Styling for the interface.
- app.js: JavaScript logic for loading and rendering the path.
- coordinates.json: JSON file containing coordinates for the rover's path.
To run this project, ensure you have:
- Live Server (e.g., VS Code's Live Server extension) or any local development server to serve the HTML file.
- A modern browser with WebGL support.
- Clone the repository:
git clone https://github.com/yourusername/Route-Planner.git
- Navigate to the project folder:
cd Route-Planner
- Run with Live Server:
- Open
index.html
with a live server (e.g., via VS Code). - Alternatively, serve the project using any static file server.
- Open
- Visualize the Path:
- The moon's surface and the path will render automatically based on the
coordinates.json
file.
- The moon's surface and the path will render automatically based on the
Ensure your coordinates.json
follows this format:
[
{ "latitude": 0.0, "longitude": 0.0, "height": 0.0 },
{ "latitude": 10.0, "longitude": 15.0, "height": 100.0 },
{ "latitude": -5.0, "longitude": 20.0, "height": 200.0 }
]
latitude
: Latitude of the point in degrees.longitude
: Longitude of the point in degrees.height
: Elevation of the point.
- CesiumJS: For 3D visualization of the moon's surface.
- HTML, CSS, JavaScript: Core technologies for building the web application.
- JSON: Data format for providing coordinates.