[Docs]: Add more detailed docs and further specify methods and project status#14
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- Introduced detailed explanations of the physics model and mathematical formulations in README.md. - Added a new documentation file for mode solver methods, outlining the main entry point, material grids, solver controls, eigenpair selection, and result helpers. - Enhanced clarity and comprehensiveness of the documentation for better user understanding.
- Clarified the description of the MicroMode solver, emphasizing its source-free nature and the mathematical formulations of Maxwell's equations. - Expanded the documentation to include details on discretization, boundary settings, and the treatment of diagonal and tensorial materials. - Improved overall structure and readability for better user comprehension.
- Added references for eigenpair selection methods in mode-solver-methods.md to provide context and credibility. - Clarified the description of the finite-difference frequency-domain method and its application in the physics model documentation. - Included additional references to relevant literature for better understanding of the methods used in the solver.
- Improved the description of the electromagnetic mode solver, emphasizing its use of the FDFD method and Yee-grid. - Added new badges for PyPI version and project status to provide users with more information at a glance.
- Revised the README.md to clarify the use of a rectilinear Yee-grid. - Added a new script to generate a local SVG coverage badge and updated CI workflows to automate badge generation and upload. - Enhanced documentation for mode solver methods to specify the heuristic for target_neff based on permittivity. - Introduced a new coverage.svg file to visually represent test coverage in the project.
- Updated section headers for improved readability, changing "Physics Model" to "Physics" and "High Performance" to "Performance." - Streamlined the description of modal fields and removed redundant line breaks for better flow. - Retained essential details while enhancing the overall presentation of the documentation.
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📝 WalkthroughWalkthroughThis PR introduces coverage badge infrastructure alongside expanded project documentation. A new Python utility generates SVG badges from coverage XML, which the CI workflow now integrates to auto-generate and commit badge updates. Concurrently, comprehensive physics and mode-solver documentation explain the Maxwell eigenproblem formulation and solver algorithms, while the README is updated with the physics context and project tagline refinements. ChangesCoverage Badge Infrastructure and Physics Documentation
Estimated code review effort🎯 3 (Moderate) | ⏱️ ~22 minutes Possibly related PRs
Poem
✨ Finishing Touches📝 Generate docstrings
🧪 Generate unit tests (beta)
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