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Computing GFs for tide gauges, GPS buoys, OBPs, etc.

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Diego Melgar edited this page Jun 9, 2015 · 12 revisions

This is not nearly as streamlined as for the other data types and could you use some refactoring. Currently it's a 3 stage process

  1. Produce displacement GFs and synthetics for a grid of seafloor points.
  2. Assemble those GFs into GeoClaw dtopo files for the seafloor deformation associated with each subfault.
  3. Make a system call and run one GeoClaw simulation for each subfault.

1. Produce displacement GFs and synthetics for a grid of seafloor points.

Nothing mysterious about this, make a grid iof points on the seafloor, regular or irregular, then create a .gflist file for those points and request displacement waveform output the same way you would for a regular inversion

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