lint 2

ec-jrc · Jul 15, 2024 · 14d85fe · 14d85fe
1 parent 552a16a
commit 14d85fe
Showing 1 changed file with 4 additions and 12 deletions.
diff --git a/pyposeidon/telemac.py b/pyposeidon/telemac.py
@@ -318,9 +318,7 @@ def write_meteo_on_mesh(
                 data_chunk = da.zeros((len(time_chunk), len(node_chunk)), chunks=(n_time_chunk, n_node_chunk))
                 for it, t_ in enumerate(time_chunk):
                     tmp = np.ravel(np.transpose(era_chunk.isel(time=it_chunk + it)[var_name].values))
-                    data_chunk[it, :] = interp(
-                        tmp, vert, wgts, u_x, g_x
-                    )  # Assuming interp is defined elsewhere
+                    data_chunk[it, :] = interp(tmp, vert, wgts, u_x, g_x)  # Assuming interp is defined elsewhere
                 coords = {"time": time_chunk, "node": node_chunk}
                 ds = xr.Dataset({var_name: (("time", "node"), data_chunk)}, coords=coords)
                 region = {"time": slice(it_chunk, t_end), "node": slice(ins, end_node)}
@@ -463,9 +461,7 @@ def write_cli(inTel, ds, outCli=None, tel_module="telemac2d", global_=True):
                 if boundary_type == "open":
                     # Get previous and next node indices in a circular manner
                     prev_node = bnd[i - 1] if i > 0 else bnd[-2]  # -2 to skip the repeated last node
-                    next_node = (
-                        bnd[i + 1] if i < len(bnd) - 2 else bnd[0]
-                    )  # Wrapping around to the first node
+                    next_node = bnd[i + 1] if i < len(bnd) - 2 else bnd[0]  # Wrapping around to the first node
                     # Get boundary types for previous and next nodes
                     prev_boundary_type = node_to_type.get(prev_node, "Unknown")
                     next_boundary_type = node_to_type.get(next_node, "Unknown")
@@ -701,9 +697,7 @@ def config(self, config_file=None, output=False, **kwargs):
 
         # hotstart
         if self.restart is not None:
-            hotout = int(
-                (self.restart - self.rdate).total_seconds() / (params["tstep"] * params["tstep_graph"])
-            )
+            hotout = int((self.restart - self.rdate).total_seconds() / (params["tstep"] * params["tstep_graph"]))
             params["hotstart"] = True
             params["restart_tstep"] = hotout
 
@@ -1196,9 +1190,7 @@ def read_folder(self, rfolder, **kwargs):
         sh = [self.params["opt"][x] for x in ["start_hour", "utc_start"]]  # get time attrs
         sd = sd + pd.to_timedelta("{}H".format(sh[0] + sh[1]))  # complete start_date
 
-        ed = sd + pd.to_timedelta(
-            "{}D".format(self.params["core"]["rnday"])
-        )  # compute end date based on rnday
+        ed = sd + pd.to_timedelta("{}D".format(self.params["core"]["rnday"]))  # compute end date based on rnday
 
         self.start_date = sd  # set attrs
         self.end_date = ed