Interpolation #52
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EricEngle-NOAA
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First of several commits to add support for spatial interpolation via NCEPLIBS-ip library. interpolate.f90: contains subroutine, interpolate, that is the epxlicit interface from within the grib2io package to NCEPLIBS-ip. This subroutine calls ipolates_grib2, which performs is the top-level subroutine for GRIB2 for interpolation of "scalar" fields, as opposed to vector fields with ipolatev_grib2 which will be added in a future commit. interpolate.pyf: contains the f2py signature of how the Python stuff should handle the Fortran subroutine arguments. setup.py: updated to handle building the fortan code and interfacing with NCEPLIBS-(ip,sp) libraries. At this time, the latest releases of these libs do not support shared-objbect library builds. This commit references issue #52
EricEngle-NOAA
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Dec 6, 2022
_grib2io.py updated to support interpolation. The interpolation is available in 2 ways: module-level function, interpolate(), that accepts a multi-dimensional data array, interpolation options, and input/output grid specs. grib2io.Grib2Message method interpolate(), that works with data from self. This eventually calls the module function interpolate() and returns a new Grib2Message object where all GRIB2 metadata are similar except for grid and data metadata. This commit references issue #52
EricEngle-NOAA
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Dec 6, 2022
This commit references issue #52
EricEngle-NOAA
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Dec 12, 2022
Update interpolate.f90 and .pyf to remove rlat, rlon from the subroutine argument list. We decided to keep only 1 method of generating lats and lons using pyproj. The lats and lons from ip will "fall on the floor" at the Fortran level. Adjusted grib2io interpolate() to remove latlons kwarg. Hardened rules for interpolate() module function to accept only 2D or 3D arrays shaped (ny,nx) or (:, ny, nx). This commit references issue #52
EricEngle-NOAA
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Dec 13, 2022
Update the module function interpolate(), and Grib2Message method interpolate() to clean up the arguments to the functions. This commit references issue #52.
EricEngle-NOAA
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Mar 12, 2023
First of several commits to add support for spatial interpolation via NCEPLIBS-ip library. interpolate.f90: contains subroutine, interpolate, that is the epxlicit interface from within the grib2io package to NCEPLIBS-ip. This subroutine calls ipolates_grib2, which performs is the top-level subroutine for GRIB2 for interpolation of "scalar" fields, as opposed to vector fields with ipolatev_grib2 which will be added in a future commit. interpolate.pyf: contains the f2py signature of how the Python stuff should handle the Fortran subroutine arguments. setup.py: updated to handle building the fortan code and interfacing with NCEPLIBS-(ip,sp) libraries. At this time, the latest releases of these libs do not support shared-objbect library builds. This commit references issue #52
EricEngle-NOAA
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Mar 12, 2023
_grib2io.py updated to support interpolation. The interpolation is available in 2 ways: module-level function, interpolate(), that accepts a multi-dimensional data array, interpolation options, and input/output grid specs. grib2io.Grib2Message method interpolate(), that works with data from self. This eventually calls the module function interpolate() and returns a new Grib2Message object where all GRIB2 metadata are similar except for grid and data metadata. This commit references issue #52
EricEngle-NOAA
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Mar 12, 2023
This commit references issue #52
EricEngle-NOAA
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Mar 12, 2023
Update interpolate.f90 and .pyf to remove rlat, rlon from the subroutine argument list. We decided to keep only 1 method of generating lats and lons using pyproj. The lats and lons from ip will "fall on the floor" at the Fortran level. Adjusted grib2io interpolate() to remove latlons kwarg. Hardened rules for interpolate() module function to accept only 2D or 3D arrays shaped (ny,nx) or (:, ny, nx). This commit references issue #52
EricEngle-NOAA
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Mar 12, 2023
Update the module function interpolate(), and Grib2Message method interpolate() to clean up the arguments to the functions. This commit references issue #52.
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Implement grid interpolation via the NCEPLIBS-ip library. This is a Fortran library so the appropriate interface will need to be created using f2py.
Also, NCEPLIBS IP and sp libraries must support shared object libraries.
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