mesh_mascaret_run.py

usage: mesh_mascaret_run.py [-h] [--verbose] [--dist_max DIST_MAX] --long_step
                          LONG_STEP
                          (--lat_step LAT_STEP | --nb_pts_lat NB_PTS_LAT)
                          [--constant_long_disc]
                          [--interp_constraint_lines {LINEAR,FINITE_DIFF,CARDINAL}]
                          [--interp_values {LINEAR,B-SPLINE,AKIMA,PCHIP,CUBIC_SPLINE,BILINEAR,BICUBIC,BIVARIATE_SPLINE}]
                          [--infile_res INFILE_RES] [--lang {en,fr}]
                          infile_geo outfile_mesh

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mesh_mascaret_run.py

Mesh Mascaret geometry and results if specified
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~> Optional arguments:
  -h, --help            show this help message and exit
  --verbose, -v         increase output verbosity (default: False)
  --dist_max DIST_MAX   maximum search distance to rescue intersections for
                        limits (in m) (default: 0.01)

~> Input Mascaret files arguments:
  infile_geo            Mascaret geometry file (*.georef, *.georefC)
  --infile_res INFILE_RES
                        Mascaret results file (*.opt, *.rub) (default: None)

~> Mesher and interpolator arguments:
  --long_step LONG_STEP
                        longitudinal space step (in m) (default: None)
  --lat_step LAT_STEP   lateral space step (in m) (default: None)
  --nb_pts_lat NB_PTS_LAT
                        number of nodes crosswise (default: None)
  --constant_long_disc  method to compute number of intermediate cross-
                        sections per zone (identical between 2 consecutive
                        cross-sections) instead of per bed/submesh (default
                        behaviour) (default: False)
  --interp_constraint_lines {LINEAR,FINITE_DIFF,CARDINAL}
                        interpolation method for X and Y coordinates of
                        constraint lines (default: LINEAR)
  --interp_values {LINEAR,B-SPLINE,AKIMA,PCHIP,CUBIC_SPLINE,BILINEAR,BICUBIC,BIVARIATE_SPLINE}
                        interpolation method (crosswise for 1D or global 2D)
                        for values (default: LINEAR)

~> Output files arguments:
  outfile_mesh          2D results file. Supports formats: Telemac (*.slf),
                        BlueKenue (*.t3s) and LandXML (*.xml)
  --lang {en,fr}        language for standard variables in output file
                        (default: fr)