changes folder in example back to original

Author: bjorkqvi

examples/example_mdl_swan.py

@@ -2,53 +2,52 @@
 # IMPORT dnora
 # =============================================================================
 from dnora import grd, mdl, wnd, bnd, inp, wlv, ocr, run
+
 # =============================================================================
 # DEFINE GRID OBJECT
 # =============================================================================
 # Set grid definitions
-grid = grd.Grid(lon=(5.35, 5.6), lat=(59.00, 59.17), name='Boknafjorden')
+grid = grd.Grid(lon=(5.35, 5.6), lat=(59.00, 59.17), name="Boknafjorden")
 
 # Set spacing and boundary points
 grid.set_spacing(dm=250)
 
 # Import topography and mesh it down to the grid definitions
 # Options for grd.readers: EMODNET2020, KartverketNo50m, GEBCO2021
-topo_reader = grd.read.EMODNET2020(
-    tile='*5', folder='/home/janvb/Documents/bathy/EMODNET2020')
+topo_reader = grd.read.EMODNET2020(tile="*5", folder="/home/konstac/bathy")
 grid.import_topo(topo_reader=topo_reader)
 
 # This can be used to get an empty topography for testing
-#grid.import_topo(topo_reader=grd.read.EmptyTopo(grid=grid))
+# grid.import_topo(topo_reader=grd.read.EmptyTopo(grid=grid))
 #
 grid.mesh_grid()
 #
 # Set the boundaries
-bnd_set = grd.boundary.EdgesAsBoundary(edges=[ 'W', 'S'], step = 10)
+bnd_set = grd.boundary.EdgesAsBoundary(edges=["W", "S"], step=10)
 grid.set_boundary(boundary_setter=bnd_set)
 #
 #
 # =============================================================================
 # DEFINE MODEL OBJECT (mdl.)
 # =============================================================================
 # Options for mdl: SWAN_NORA3, SWAN_ERA5, SWAN_WW3_4km, SWAN_WAM4km
-model = mdl.SWAN_NORA3(grid, start_time='2020-12-17T12:00',
-                               end_time='2020-12-17T18:00')
+model = mdl.SWAN_NORA3(grid, start_time="2020-12-17T12:00", end_time="2020-12-17T18:00")
 # =============================================================================
 # IMPORT BOUNDARIES AND FORCING
 # =============================================================================
 # Boundary Spectra
 model.import_boundary(write_cache=True, read_cache=False)
-#model.import_boundary(bnd.read_metno.NORA3(source='lustre'),write_cache=True, read_cache=False) # for internal
+# model.import_boundary(bnd.read_metno.NORA3(source='lustre'),write_cache=True, read_cache=False) # for internal
 
 # Wind Forcing
 model.import_forcing(write_cache=True, read_cache=False)
-#model.import_forcing(wnd.read_metno.NORA3(source='lustre'),write_cache=True, read_cache=False)  # for internal
+# model.import_forcing(wnd.read_metno.NORA3(source='lustre'),write_cache=True, read_cache=False)  # for internal
 
 # Ocean Current
-#model.import_oceancurrent(ocr.read_metno.NorKyst800())
+# model.import_oceancurrent(ocr.read_metno.NorKyst800())
 
 # Water Level
-#model.import_waterlevel(wlv.read_ec.GTSM_ERA5())
+# model.import_waterlevel(wlv.read_ec.GTSM_ERA5())
 # =============================================================================
 # PLOT GRID, FORCING AND BOUNDARIES
 # =============================================================================
@@ -59,11 +58,12 @@
 model.export_grid()
 model.export_boundary()
 model.export_forcing()
-#model.export_oceancurrent()
-#model.export_waterlevel()
-model.write_input_file(input_file_writer=inp.SWAN(
-    spec_points=[(5.50, 59.16), (5.55, 59.15)]))
+# model.export_oceancurrent()
+# model.export_waterlevel()
+model.write_input_file(
+    input_file_writer=inp.SWAN(spec_points=[(5.50, 59.16), (5.55, 59.15)])
+)
 # =============================================================================
 # SWAN RUN
 # =============================================================================
-model.run_model(model_executer = run.SWAN(nproc=15))
+model.run_model(model_executer=run.SWAN(nproc=15))