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Optimize the interpolation procedures and refactor it into utility module of falwa.
[Update] After some investigation, the time needed seems inevitable unfortunately. Perhaps we can reduce the cost a bit by allowing QGField to take in evenly-spaced pseudoheight grid without doing interpolation. But this would not save much time, since the time sink is mostly at the hybrid coordinate conversion.
TODO: Move the vertical interpolation from f2py to scipy. Let f2py code do only QGPV and static stability computation.
The text was updated successfully, but these errors were encountered:
csyhuang
changed the title
Optimize hybrid to pressure coordinate interpolation
Enable option to skip vertical interpolation in QGField if variables are already on uniform pseudoheight grid
Jun 15, 2024
hn2016_falwa/scripts/pre_process_data_in_hybrid_coordinates/vertical_interpolation_hybrid_to_pressure_poisson_filled_below_topo.py
Line 57 in 1615b37
Optimize the interpolation procedures and refactor it into utility module of
falwa
.[Update] After some investigation, the time needed seems inevitable unfortunately. Perhaps we can reduce the cost a bit by allowing
QGField
to take in evenly-spaced pseudoheight grid without doing interpolation. But this would not save much time, since the time sink is mostly at the hybrid coordinate conversion.TODO: Move the vertical interpolation from f2py to scipy. Let f2py code do only QGPV and static stability computation.
The text was updated successfully, but these errors were encountered: