-
Notifications
You must be signed in to change notification settings - Fork 15
Command line
Luc edited this page Jun 5, 2018
·
3 revisions
Available command line scripts are:
- pyteltools_gui.py
- slf_3d_to_2d.py
- slf_base.py
- slf_bottom_friction.py
- slf_flux2d.py
- slf_int2d.py
- slf_last.py
- slf_volume.py
A help message is provided for each script with the argument -h (e.g. slf_base.py -h).
Help messages are gathered below for each script (and this file was in fact automatically generated).
usage: write_cli_usage.py [-c {classic,workflow}]
________________________________________________________________________________
Run PyTelTools GUI: classic or workflow interface
________________________________________________________________________________
~> Optional arguments:
-c {classic,workflow}, --interface {classic,workflow}
select and open corresponding GUI (default: None)
usage: write_cli_usage.py [--shift X Y]
(--layer 1 | --aggregation {max,min,mean})
[--vars {B,S,H} [{B,S,H} ...]] [-f] [-v]
in_slf out_slf
________________________________________________________________________________
Perform a vertical operation on a 3D results file to get 2D
________________________________________________________________________________
~> Positional and compulsory arguments:
in_slf Serafin input filename
out_slf Serafin output filename
~> Optional arguments:
--shift X Y translation (x_distance, y_distance) (default: None)
--layer 1 layer number (1=lower, nb_planes=upper) (default:
None)
--aggregation {max,min,mean}
operation over the vertical (default: None)
--vars {B,S,H} [{B,S,H} ...]
variable(s) deduced from Z (default: [])
~> General optional arguments:
-f, --force force output overwrite (default: False)
-v, --verbose increase output verbosity (default: False)
usage: write_cli_usage.py [--shift X Y] [--set_mesh_origin X Y]
[--var2del VA [VB ...]] [--var2add VA [VB ...]]
[--friction_law {0,1,2,3}] [--ech ECH]
[--start START] [--end END] [-f] [-v]
in_slf out_slf
________________________________________________________________________________
Performs multiple operations on a Serafin file:
- compute and/or remove variables
- mesh transformations (coordinates)
- select frames
________________________________________________________________________________
~> Positional and compulsory arguments:
in_slf Serafin input filename
out_slf Serafin output filename
~> Optional arguments:
--shift X Y translation (x_distance, y_distance) (default: None)
--set_mesh_origin X Y
Mesh origin coordinates (x, y) (default: None)
~> Serafin variables (optional):
See variables abbrevations on https://github.com/CNR-Engineering/PyTelTools/wiki/Notations-of-variables
--var2del VA [VB ...]
variable(s) to delete (default: [])
--var2add VA [VB ...]
variable(s) to add (default: [])
--friction_law {0,1,2,3}
friction law identifier: 0=Chézy, 1=Strickler,
2=Manning, 3=Nikuradse (default: 1)
~> Temporal operations (optional):
--ech ECH frequency sampling of input (default: 1)
--start START minimum time (in seconds) (default: -inf)
--end END maximum time (in seconds) (default: inf)
~> General optional arguments:
-f, --force force output overwrite (default: False)
-v, --verbose increase output verbosity (default: False)
usage: write_cli_usage.py [--in_strickler_zones IN_STRICKLER_ZONES]
[--in_strickler_attr IN_STRICKLER_ATTR]
[--friction_law {0,1,2,3}] [-f] [-v]
in_slf out_slf out_csv in_polygons
________________________________________________________________________________
Compute bottom friction force on multiple zones
Outputs:
* write a SerafinOutput variables : 'W', 'US', 'TAU'
* write the values in stdout
________________________________________________________________________________
~> Positional and compulsory arguments:
in_slf Serafin input filename
out_slf Serafin output filename
out_csv output csv file
in_polygons polygons file (*.shp)
~> Optional arguments:
--in_strickler_zones IN_STRICKLER_ZONES
strickler zones file (*.shp) (default: None)
--in_strickler_attr IN_STRICKLER_ATTR
attribute to read strickler values
`--in_stricker_zone` (default: None)
--friction_law {0,1,2,3}
friction law identifier: 0=Chézy, 1=Strickler,
2=Manning, 3=Nikuradse (default: 1)
~> General optional arguments:
-f, --force force output overwrite (default: False)
-v, --verbose increase output verbosity (default: False)
usage: write_cli_usage.py [--ech ECH] [--scalars [VA [VB ...]]]
[--vectors VX VY] [-f] [-v]
in_slf in_sections out_csv
________________________________________________________________________________
Compute (liquid or solid) 2D fluxes over time across sections
________________________________________________________________________________
~> Positional and compulsory arguments:
in_slf Serafin input filename
in_sections set of lines file (*.shp, *.i2s)
out_csv output csv file
~> Optional arguments:
--ech ECH frequency sampling of input (default: 1)
--scalars [VA [VB ...]]
scalars to integrate (up to 2) (default: [])
--vectors VX VY couple of vectors to integrate (X and Y vectors)
(default: [])
~> General optional arguments:
-f, --force force output overwrite (default: False)
-v, --verbose increase output verbosity (default: False)
usage: write_cli_usage.py [--long] [--vars VA [VB ...]] [-f] [-v]
in_slf in_points out_csv
________________________________________________________________________________
Interpolate on a set of points for every frame
________________________________________________________________________________
~> Positional and compulsory arguments:
in_slf Serafin input filename
in_points set of points file (*.shp)
out_csv output csv file
~> Optional arguments:
--long write CSV with long format (variables are also in rows)
instead of wide format (default: False)
--vars VA [VB ...] variable(s) to extract (by default: every variables)
(default: None)
~> General optional arguments:
-f, --force force output overwrite (default: False)
-v, --verbose increase output verbosity (default: False)
usage: write_cli_usage.py [--shift X Y] [--time TIME] [-f] [-v] in_slf out_slf
________________________________________________________________________________
Extract last temporal frame of a 2D/3D Serafin file
________________________________________________________________________________
~> Positional and compulsory arguments:
in_slf Serafin input filename
out_slf Serafin output filename
~> Optional arguments:
--shift X Y translation (x_distance, y_distance) (default: None)
--time TIME time in seconds to write last frame (set to frame time by
default) (default: None)
~> General optional arguments:
-f, --force force output overwrite (default: False)
-v, --verbose increase output verbosity (default: False)
usage: write_cli_usage.py [--ech ECH] --upper_var VA [--lower_var VB]
[--detailed] [-f] [-v]
in_slf in_polygons out_csv
________________________________________________________________________________
Compute volumes within polygons
________________________________________________________________________________
~> Positional and compulsory arguments:
in_slf Serafin input filename
in_polygons set of polygons file (*.shp, *.i2s)
out_csv output csv file
~> Optional arguments:
--ech ECH frequency sampling of input (default: 1)
--upper_var VA upper variable (default: None)
--lower_var VB lower variable (default: None)
--detailed add positive and negative volumes (default: False)
~> General optional arguments:
-f, --force force output overwrite (default: False)
-v, --verbose increase output verbosity (default: False)