Run Problem Statements from Jeroen's Class

[Rohit-Kakodkar]

For the computational seismology class the students are asked to use a provided SEM 2D implementation to run a simulation and just show/plot seismograms:

The final homework (9) is using this problem setup: Homework9.pdf

• Implement example from class (should not take long) #369
  • Implement first derivative Gaussian wavelet for Computational Seismology class to match previous homework visualizations. #381
• Add cookbook for solid-solid interface. #384
• Add SH waves. In class the students are asked to compute and inspect SH wave simulations.
• Allow multiple sources in a single element
• Allow multiple receivers in a single element.

But there is a final project, where the students are being asked to mesh something using CUBIT/TRELIS and what

• Understand how to create arbitrary meshes for specfem2d using CUBIT
• Run meshhelper/meshfem2d
• Run specfem2d