Stain-Patel

🌌 OrbitLab - Explore N-body and Orbital Mechanics Easily

🚀 Getting Started

Welcome to OrbitLab! This application allows you to delve into the world of N-body simulation and orbital mechanics. You can run integrator benchmarks using Runge-Kutta (RK4) and symplectic methods. No coding skills needed—just follow the steps.

📥 Download Now

🔍 Overview

OrbitLab is designed for anyone interested in physics simulations. You can:

• Run simulations involving multiple celestial bodies.
• Compare different integration methods.
• Visualize complex orbits easily.

Whether you’re a student, educator, or just curious about space, OrbitLab makes it accessible.

💾 System Requirements

• Operating System: Windows, macOS, or Linux
• RAM: Minimum 4GB
• Python: Version 3.7 or higher
• Libraries: NumPy, Matplotlib

📄 Features

• Simulate motion of multiple bodies in space.
• Compare numerical methods: RK4 and symplectic.
• User-friendly graphical interface.
• Save and load custom simulation scenarios.
• Interactive visualization of orbits.

🛠️ Download & Install

1. Visit the Releases Page: Click here to download the latest version of OrbitLab.
2. Choose Your Version: Look for the version that fits your operating system.
3. Download the File: Select the latest release file, and your download should start automatically.
4. Extract the Files: After downloading, open the file and extract its contents to a folder on your computer.
5. Run the Application: Inside the extracted folder, look for the application file (e.g., OrbitLab.exe for Windows or OrbitLab.app for macOS). Double-click it to start.

🌟 Using OrbitLab

After launching the application:

1. Explore the Menu: Familiarize yourself with the main interface.
2. Select a Simulation: Choose a pre-loaded N-body simulation or create your own.
3. Run the Simulation: Click the ‘Run’ button to see the motion of the bodies in real-time.
4. Analyze Results: Use the built-in tools to analyze the data and understand the orbital mechanics involved.

📊 Visualizations

OrbitLab provides clear graphs that help visualize the motion of different celestial bodies. Click on the graphing option to switch between different views. This makes it simple to see how your changes affect the simulation.

⚙️ Troubleshooting

If you encounter issues:

• Check Requirements: Ensure your system meets the requirements listed above.
• Reinstall: If something seems off, delete the application and download it again.
• Ask for Help: Visit the GitHub page and check the Issues section for community support.

📬 Feedback and Contributions

We welcome your feedback and ideas. If you wish to contribute or report an issue, please do so on the GitHub repository.

Thank you for using OrbitLab! We hope you enjoy your exploration of N-body and orbital mechanics.