This repository contains jupyter notebooks to be used as suplementary material for the book Computational Seismology,A Practical Introduction by Heiner Igel.
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All directories refer to an specific chapter according with the numbering in their names.
##Tasks for jupyter notebooks:
| Chapter | Notebook | Tasks | Status |
|---|---|---|---|
| 2 | Lambs Problem | Write notebook that runs the Fortran code | DONE |
| 2 | Double couple analytical solution | Improve the existing python code | DONE |
| 5 | Fourier derivative | Polish | DONE |
| 5 | Chebyshev derivative | Polish | DONE |
| 5 | Fourier 1D acoustic | proper source scaling,compare with analytical solution | DONE |
| 5 | Chebyshev 1D elastic | turn into notebook, clean up, add equations, etc | DONE |
| 5 | Fourier 2D | adapt to seismo-live make it _solution to, 5.22 | DONE |
| 6 | Finte element static - relaxation | DONE | |
| 6 | FE elastic 1D | DONE | |
| 7 | spectral elements 1D elastic | DONE | |
| 8 | FV 1D advection scalar | DONE | |
| 8 | FV 1D elastic homogeneous | DONE | |
| 8 | FV 1D elastic heterogeneous | DONE | |
| 9 | DG 1D elastic homogeneous | DONE | |
| 9 | DG 1D elastic heterogeneous | DONE |
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