2024 Material

[kujaku11]

This PR will update notebooks for the upcoming 2024 short course.

We should think about more interaction between packages in the examples. For example a simple workflow of processing a single station and then doing a 1D inversion. Then trying again using a remote reference and seeing the differences between clean and noisy data.

installation

• Work on creating a conda env
• Figure out issue on installing PardisoSolver through pydiso
• Interact with Geohub people to install all required packages.

mt-metadata

• Make sure notebooks work

mth5

• Make sure notebooks work
• Make sure examples for downloading data from Earthscope work
• Build an example notebook for Phoenix Earthscope data [2 stations]
• Make sure LEMI notebook works

Aurora

• Make sure notebooks run
• Example notebook for broadband data with example data

mtpy-v2

• Include Aurora
  • add to setup.py
  • build wrapper module for processing
  • Add example notebook for processing example data
• Include SimPEG
  • 1D: add ability to "edit" data, [ add error floor | remove | remove and interpolate ]
  • 2D: build wrappers for data, mesh [ structured | octree ], run inversion, visualize outputs
    • Data
    • Model
    • Run
  • 3D: build wrappers for data, mesh [ structured | octree ], run inversion, visualize outputs
• Build examples for 2D profiles
  • Plot strike
  • Plot PT and tipper pseudo section
  • Plot resistivity and phase pseudo section
• Have a single install command for all packages conda -c conda-forge install mtpy-v2

SimPEG

• Build 2D notebooks for profile data from example data
• Build 3D notebooks
  • Synthetic
  • Real data
• Check with Earthscope person about computing capability

[kujaku11]

@kkappler and @sgkang I updated this repository [ changed the name to earthscope_mt_course and created a new PR with possible updates for the 2024 course material. Feel free to edit as you like.