GIA_spatial_maps.py
Calculates spatial maps of Glacial Isostatic Adjustment (GIA)
Calling Sequence
usage: GIA_spatial_maps.py [-h] [--lmin LMIN] [--lmax LMAX] [--mmax MMAX]
[--radius RADIUS] [--gia GIA] [--gia-file GIA_FILE]
[--units {1,2,4,5,6}] [--spacing dlon [dlat ...]]
[--interval {1,2,3}]
[--bounds lon_min lon_max lat_min lat_max]
[--format {ascii,netCDF4,HDF5}]
[--output-directory OUTPUT_DIRECTORY] [--log]
[--verbose] [--mode MODE]
Named Arguments
- --lmin
Minimum spherical harmonic degree
- --lmax, -l
Maximum spherical harmonic degree
- --mmax, -m
Maximum spherical harmonic order
- --radius, -R
Gaussian smoothing radius (km)
- --gia, -G
Possible choices: IJ05-R2, W12a, SM09, ICE6G, Wu10, AW13-ICE6G, Caron, ICE6G-D, ascii, netCDF4, HDF5
GIA model type to read
'IJ05-R2': Ivins R2 GIA Models [10]'W12a': Whitehouse GIA Models [31]'SM09': Simpson/Milne GIA Models [22]'ICE6G': ICE-6G GIA Models [16]'Wu10': Wu (2010) GIA Correction [32]'AW13-ICE6G': Geruo A ICE-6G GIA Models [1]'AW13-IJ05': Geruo A IJ05-R2 GIA Models [1]'Caron': Caron JPL GIA Assimilation [3]'ICE6G-D': ICE-6G Version-D GIA Models [17]'ascii': reformatted GIA in ascii format'netCDF4': reformatted GIA in netCDF4 format'HDF5': reformatted GIA in HDF5 format
- --gia-file
GIA file to read
- --units, -U
Possible choices: 1, 2, 4, 5, 6
Output units
1: cm of water thickness2: mm of geoid height4: μGal gravitational perturbation5: mbar equivalent surface pressure6: cm viscoelastic crustal uplift
- --spacing
Spatial resolution of output data
- --interval
Output grid interval
1: (0:360, 90:-90)2: (degree spacing/2)3: non-global grid (set with defined bounds)
- --bounds
Bounding box for non-global grid
- --format, -F
Possible choices: ascii, netCDF4, HDF5
Input/output data format
- --output-directory, -O
Output directory for spatial files
- --log
Output log file for each job
- --verbose, -V
Verbose output of run
- --mode, -M
Permissions mode of output files