python3-scifem
Scientific Computing Tools for Finite Element Methods (Python 3)
Description
This package contains a collection of tools for scientific computing with a focus on finite element methods. The tools are written in Python and are intended to be used in conjunction with the dolfinx. Many users that are transitioning from legacy FEniCS to FEniCSx may find the transition difficult due to the lack of some functionalities in FEniCSx. This package aims to provide some of the functionalities that are missing in FEniCSx. Features: - Real-space implementation for usage in DOLFINx (>=v0.8.0)
- Save quadrature functions as point clouds
- Save any function that can tabulate dof coordinates as point clouds.
- Point sources for usage in DOLFINx
- Simplified wrapper to create MeshTags based on a list of tags and
corresponding locator functions.
- Maps between degrees of freedom and vertices: vertex_to_dofmap and
dof_to_vertex
- Blocked Newton Solver
- Function evaluation at specified points
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Homepage
https://scientificcomputing.github.io/scifem/README.html
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