GitHub - fernanvr/Faber_1D_2D: Faber approximations polynomials used to solve the wave equation

Branches Tags

Name		Name	Last commit message	Last commit date
Latest commit History 6 Commits
Dispersion.py		Dispersion.py
Dispersion_images.py		Dispersion_images.py
Eigenvalues.py		Eigenvalues.py
Eigenvalues_continuum.py		Eigenvalues_continuum.py
Eigenvalues_images.py		Eigenvalues_images.py
FA_error_bound.py		FA_error_bound.py
FA_error_bound_images.py		FA_error_bound_images.py
Faber_solutions.py		Faber_solutions.py
Faber_ss.py		Faber_ss.py
Methods.py		Methods.py
README		README
Stability.py		Stability.py
Stability_graph.py		Stability_graph.py
Testes.py		Testes.py
auxiliary_functions.py		auxiliary_functions.py
dispersion_tfourier.py		dispersion_tfourier.py
graph_convergence.py		graph_convergence.py
graph_convergence_call.py		graph_convergence_call.py
graph_convergence_images.py		graph_convergence_images.py
graph_q_ellip.py		graph_q_ellip.py
operators.py		operators.py
run_stability.py		run_stability.py
wezlz.py		wezlz.py

Repository files navigation

To reproduce the results and images of the error bounds, run the file FA_error_bound_images.py

To reproduce the results and images of the eigenvalues estimation, run the file Eigenvalues_images.py

To reproduce the results and images of the stability analysis, run the file run_stability.py

To reproduce the results and images of the dispersion analysis, run the file Dispersion_images.py

To reproduce the results and images of the convergence section, run the files Faber_solutions.py and graph_convergence_images.py