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I am trying to do some simple synthetic inversion tests for homogeneous-halfspace models in SPECFEM3D_caretsian. For post-processing event kernels, the available smoothing process seems computationally expensive while the clipping process involves manually choosing the threshold and also leads to potential artifacts in the recovered models. I am presently considering the option of location based source and receiver masking to solve the problem. I see that some of the related event kernel post-processing tools which are available in SPECFEM3D_globe, are missing in SPECFEM3D_caretsian. I have tabulated their availability below based on my understanding. Please let me know if any of you are aware of the existence of any of these missing tools which are or are not integrated to the SPECFEM3D_caretsian package that I can use. Any other suggestions with regards to solving the original problem will also be very helpful.
Globe
Cartesian
smooth
Yes
Yes
laplacian_smoothing
Yes
No
clip
Yes
Yes
mask_source
Yes
No
mask_receiver
No
No
The text was updated successfully, but these errors were encountered:
Hi Aakash, not sure whether it's too late but I have a smoothing program based on diffusion PDE. Currently it's in my private repository but I'm working to merge it to the main repository.
Hi @tianshi-liu, definitely not too late. This would be very helpful, and a very useful feature to add. Let me know if I can help with any testing or anything else.
I am trying to do some simple synthetic inversion tests for homogeneous-halfspace models in SPECFEM3D_caretsian. For post-processing event kernels, the available smoothing process seems computationally expensive while the clipping process involves manually choosing the threshold and also leads to potential artifacts in the recovered models. I am presently considering the option of location based source and receiver masking to solve the problem. I see that some of the related event kernel post-processing tools which are available in SPECFEM3D_globe, are missing in SPECFEM3D_caretsian. I have tabulated their availability below based on my understanding. Please let me know if any of you are aware of the existence of any of these missing tools which are or are not integrated to the SPECFEM3D_caretsian package that I can use. Any other suggestions with regards to solving the original problem will also be very helpful.
The text was updated successfully, but these errors were encountered: