neilzhu
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first commit
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| README.md | 1 month ago | |
| __init__.py | 1 month ago | |
| ascalarbar.py | 1 month ago | |
| awefem.py | 1 month ago | |
| calc_surface_area.py | 1 month ago | |
| demo_eigenvalue.py | 1 month ago | |
| demo_submesh.py | 1 month ago | |
| elasticbeam.py | 1 month ago | |
| elasticity1.py | 1 month ago | |
| elasticity2.py | 1 month ago | |
| elasticity3.py | 1 month ago | |
| elasticity4.py | 1 month ago | |
| elastodynamics.py | 1 month ago | |
| heat_gaussian.py | 1 month ago | |
| heatconv.py | 1 month ago | |
| magnetostatics.py | 1 month ago | |
| markmesh.py | 1 month ago | |
| mixed-poisson.py | 1 month ago | |
| navier-stokes_lshape.py | 1 month ago | |
| point_load.py | 1 month ago | |
| poisson.py | 1 month ago | |
| poisson_membrane.py | 1 month ago | |
| run_all.sh | 1 month ago | |
| scalemesh.py | 1 month ago | |
| stokes-iterative.py | 1 month ago | |
| stokes1.py | 1 month ago | |
README.md
FEniCS/Dolfin examples
In this directory you will find a bunch of examples of to visualize meshes in conjunction with FEniCS/Dolfin package.
The plot() function emulates the matplotlib functionality.
Install mshr with
conda install conda-forge::mshr
To gain more control on the property of the shown objects one can access the output of the plot()
method and change their properties, e.g.:
plt = plot(u_solution)
msh = plt.actors[0]
msh.color('blue').alpha(0.5).cut_with_plane() # etc
plt.show()