devbrones / magisim

Magisim is a field simulation suite.

magisim

Description

Magisim is a versatile simulation hub that brings together individual computational algorithms through an interactive graphical user interface. It is designed to be hosted on a server, allowing multiple users to access it simultaneously. This makes Magisim an affordable and powerful tool for educational environments.

The primary goal of this project is to democratize access to high-cost simulation tools, particularly for electromagnetic and other physical simulations. Magisim is designed for hobbyists, amateurs, and individuals who want to learn about these physical phenomena by visualizing and analyzing different aspects of simulations.

Documentation

For documentation and guides, please visit the Magisim Documentation on Mintlify.

Screenshots

Features

• Connect and collect computational algorithms.
• Hosted on a server for multi-user access.
• Affordable tool for educational environments.
• Easy-to-use node interface for algorithm composition.
• Visualize simulations, post-process data, and perform analysis.
• Built-in electromagnetic simulation engine for FDTD simulations.
• SOON: export simulation data to VTK format for visualization in ParaView.
• SOON: openEMS node for FDTD simulations.

Contributing

We welcome contributions to make Magisim even better. If you'd like to contribute, please review our Contribution Guidelines.

Acknowledgments

We would like to express our gratitude to the open-source community for their valuable contributions and inspiration. We would also like to thank our teachers and mentors for their guidance and support during the development of this project.

Contact

If you have any questions or need support, feel free to reach out to us via email at [email protected].

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Note
Magisim is still in development and may not be ready for production use. We are actively working on improving the software and adding new features. If you encounter any issues or have suggestions, please let us know by opening an issue on GitHub.

magisim's Issues

NodeManager integration

The NodeManager is a central and foundational component of Magisim, enabling users to connect and orchestrate computational algorithms through an intuitive graphical interface. It's the heart of our project, and it empowers users to perform simulations, visualize results, post-process data, and conduct in-depth analyses.

However, we've encountered a challenge - our current NodeManager relies on litegraph.js, which is not fully compatible with Gradio, a vital tool for enhancing user interactivity. As a result, we're facing limitations in delivering the seamless and interactive experience we aim to provide.

To overcome this challenge and unlock the full potential of Magisim, we need to explore integration options for NodeManager. One possible approach is to implement the integration by leveraging existing Gradio API calls, which can provide a bridge between NodeManager and Gradio's interactive features. Alternatively, we can consider developing new endpoints using FastAPI, a powerful Python web framework, to facilitate efficient communication and data exchange between NodeManager and Gradio.

This issue is of paramount importance, as it directly impacts Magisim's usability and educational value. The successful integration of NodeManager with Gradio will significantly enhance the project's functionality, making it an invaluable tool for educational environments, hobbyists, and enthusiasts looking to explore and learn about various physical phenomena through simulations and visualization.

Node manager js wont inject properly

Node manager litegraph js wont inject properly and hence wont start automatically once the page is loaded. this is not good.

Interextension communication definitions/protocol + Handler

iECP needs to be finished before feb.

Realtime plots using every and a get function

title says it all