Hi,
I have added a new notebook showing how to integrate segyio and pylops to get an end-to-end seismic inversion on segy data (read data, perform inversion on a subset of interest, save the inverted cube to segy). I also took the time to restructure the repo a bit.
In more details this PR has:
Modified folder structure with notebooks and data top directories and mirrored subdirectories (eg basic in both)
Added .gitignore
Modified README explaining the repo structure and the general idea of creating reproducible notebooks providing environment file(s) alongside the notebooks
Modified basic example pointing to the new location of segy files (I would ask the author make a requirement.txt file with monomial dependencies here)
First notebook integrating segyio and pylops. Other than showing how to do seismic inversion with pylops I also show how to use a file with iline and crossline in unusual bytes and create a new file where I save the result of the inversion with iline and crossline in standard bytes.
Hopefully this can help people follow a common standard and come up with lots of new examples ;)
jokva
commented
5 years ago
Hi, I have added a new notebook showing how to integrate
segyioandpylopsto get an end-to-end seismic inversion on segy data (read data, perform inversion on a subset of interest, save the inverted cube to segy). I also took the time to restructure the repo a bit.In more details this PR has:
READMEexplaining the repo structure and the general idea of creating reproducible notebooks providing environment file(s) alongside the notebooksrequirement.txtfile with monomial dependencies here)ilineandcrosslinein unusual bytes and create a new file where I save the result of the inversion withilineandcrosslinein standard bytes.Hopefully this can help people follow a common standard and come up with lots of new examples ;)