A Powerful Electromagnetic Simulation Tool

Hello, fellow researchers and engineers! We are thrilled to introduce Glimy, a powerful electromagnetic simulation tool designed to help you explore the fascinating world of electromagnetism. Glimy is packed with features, making it the perfect companion for all your research and engineering projects. In this blog post, we’ll take a brief look at Glimy’s capabilities and provide you with an overview of its structure.

Glimy can be easily installed via pip:

pip install glimy

Capabilities

Glimy can model a wide range of electromagnetic phenomena, including:

• Electromagnetic waves in dielectric and magnetic materials
• Gravitational effect on electromagnetism
• Anisotropic materials
• Lossy medium and conductive materials (both electric and magnetic)
• Objects can be inserted and omitted through time

Structure

Glimy’s object-oriented design allows for easy integration of various components, such as:

• Continuum (object)
• DotSource (object)
• Boundaries (object)
• geo (module) with various geometries and celestial objects

Documentation

Glimy provides comprehensive documentation, making it easy to understand each function and object. In addition, the documentation includes various examples and explanations, so you can quickly learn how to use Glimy effectively.

https://github.com/alihakimtaskiran/Glimy

Conclusion

Glimy is a versatile and powerful tool that can help you explore and understand the intricacies of electromagnetism. Its user-friendly design, extensive capabilities, and detailed documentation make it a valuable resource for both beginners and experienced researchers alike. We hope you’ll find Glimy as useful and exciting as we do!

Stay tuned for more blog posts on how to use Glimy in various applications, such as waveguides, antennas, metamaterials, and more. Happy simulating!