fgmax_tools module for working with topography data¶
See also
Documentation auto-generated from the module docstrings¶
fgmax_tools module: $CLAW/geoclaw/src/python/geoclaw/fgmax_tools.py
Tools to specify an fgmax grid for keeping track of maximum flow depth, etc. and to read in the fgmax output after doing a GeoClaw run.
- class clawpack.geoclaw.fgmax_tools.FGmaxGrid¶
New class introduced in 5.2.1 to keep store information both about the fgmax input data and the output generated by a GeoClaw run.
- interp_dz(dtopo_path, dtopo_type)¶
Compute approximate values of deformation dz on X,Y grid using a specified dtopo file. Also calculates B0 = B - dz, attempting to recover the pre-event topography from the GeoClaw run topography stored in B.
- ps4_to_arrays(verbose=True)¶
for point_style==4, convert lists of fgmax values into masked arrays based on the topo_style==3 file self.xy_fname that was used to specify the fgmax points in the GeoClaw run.
- read_fgmax_grids_data(fgno, data_file='fgmax_grids.data')¶
Read input info for fgmax grid number fgno from the data file fgmax_grids.data, which should have been created by setrun.py. This file now contains info about all fgmax grids.
- read_output(fgno=None, outdir=None, verbose=True)¶
Read the GeoClaw results on the fgmax grid numbered fgno.
- clawpack.geoclaw.fgmax_tools.adjust_fgmax_1d(x1_desired, x2_desired, x1_domain, dx)¶
- Input:
x1_desired, x2_desired: approximate desired limits of fgmax grid
x1_domain: lower edge of computational domain
dx: Mesh spacing on fine grid that fgmax grid should conform to
- Output:
x1_new, x2_new: limits to set so (x2-x1) is integer multiple of dx and points are at cell centers of computational grid
npoints: number of points
