DEVANSH SINGH

🎉 autograv - Your Easy Path to Numerical Insights

🚀 Getting Started

Welcome to autograv! This software bridges numerical relativity and automatic differentiation using JAX. It enables you to perform complex calculations regarding general relativity with ease.

📥 Download Now

📋 System Requirements

Before you begin, please make sure your computer meets these requirements:

Operating System: Windows, macOS, or Linux (64-bit)
Python: Version 3.7 or higher
JAX: Automatically installed with autograv

🛠️ Installation Instructions

Step 1: Go to the Releases Page

To download the latest version of autograv, visit the Releases page:

Download Here

Step 2: Choose the Right File

On the Releases page, look for the most recent release. You will see different files available for download. Select the appropriate file for your operating system:

For Windows: download autograv-windows.exe
For macOS: download autograv-macos
For Linux: download autograv-linux.tar.gz

Step 3: Download the File

Click on the file that matches your system. The download should start automatically.

Step 4: Run the Application

For Windows: Find the downloaded file in your Downloads folder. Double-click on autograv-windows.exe to run it.
For macOS: Find the downloaded file and drag it into your Applications folder. Open it from there.
For Linux: Unzip autograv-linux.tar.gz and execute the program from the terminal.

💡 Feature Overview

autograv offers several features designed to help you work with numerical relativity:

Automatic Differentiation: Simplifies complex calculations without the need for manual derivation.
Support for Einstein Field Equations: Enables you to work with the core principles of general relativity.
Riemannian and Ricci Curvature Calculations: Facilitates advanced geometrical and physical analyses.
JAX Integration: Leverages the power of JAX for high-performance numerical computations.

📚 User Guide

Using autograv

Once you open autograv, you will see a user-friendly interface. To get started:

Input your parameters for the calculations.
Click on “Calculate” to see results.
Review the output, which includes graphs and numerical data relevant to your input.

Troubleshooting

If you encounter issues:

Ensure that you have the correct version of Python installed.
Check if JAX is properly installed. If not, try running:
```
  pip install jax jaxlib
```
Restart the program if you experience any errors while running it.

For any persistent issues, consider visiting our GitHub Issues page for solutions or to report bugs.

🌐 Community Support

Join our community to share your experiences, ask questions, or get advice. Connect with us on:

📄 License

autograv is licensed under the MIT License. You can freely use, modify, and distribute the software according to the license terms.

🔗 Helpful Links

Thank you for using autograv! We hope you find it helpful for your explorations in numerical relativity. Enjoy your calculations!