
Worked on the SwanLab/Swan repository to enhance boundary condition flexibility in finite element simulations using MATLAB. Developed a feature that allows the DirichletCondition component to accept a configurable number of dimensions (ndim) from the input structure, supporting both 2D and 3D mesh scenarios. The implementation ensures backward compatibility by defaulting ndim to the mesh’s inherent dimension when not explicitly provided, streamlining the process for users working with varying mesh dimensionalities. This update focused on improving the adaptability of boundary condition definitions, leveraging expertise in boundary conditions and the finite element method to address multi-dimensional simulation requirements.
Month: 2024-11. Focused feature delivery for SwanLab/Swan; introduced configurable ndim support for DirichletCondition, enabling flexible boundary condition definitions across meshes of varying dimensionality. The change defaults ndim to the mesh dimension when not provided, preserving backward compatibility and streamlining multi-dimensional simulations.
Month: 2024-11. Focused feature delivery for SwanLab/Swan; introduced configurable ndim support for DirichletCondition, enabling flexible boundary condition definitions across meshes of varying dimensionality. The change defaults ndim to the mesh dimension when not provided, preserving backward compatibility and streamlining multi-dimensional simulations.

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