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app.py

@@ -139,11 +139,14 @@ def load_netCDF(file_path):
                 .set_xindex("PROFZ")
                 .set_xindex("TIME")
             )
-    date = fix_time(ds)
-    date = xr.DataArray(date, dims="MAXT")
-    ds = ds.assign(TIME=date)
     return ds
 
+
+
+
+
+
+
 class SADCP_Viewer(param.Parameterized):
     #file_csv = "https://data-eurogoship.ifremer.fr/data/table.csv"
     #file = fs.open(file_csv)
@@ -252,6 +255,16 @@ class SADCP_Viewer(param.Parameterized):
             data_dir = "https://data-eurogoship.ifremer.fr/copy_seadatanet/"
             file_path = os.path.join(data_dir, selected_file)
             self.ds=load_netCDF(file_path)
+            #file_path = fs.open(file_path)
+            #self.ds = (
+                #xr.open_dataset(
+                    #file_path, decode_cf=True, decode_times=False, engine="scipy"
+                #)
+               # .squeeze()
+               # .set_coords(["LONGITUDE", "LATITUDE", "TIME", "PROFZ"])
+            #@.set_xindex("PROFZ")
+               # .set_xindex("TIME")
+           # )
 
             self.ds = self.ds.where(
             (self.ds.VCUR_SEADATANET_QC == 49)
@@ -267,13 +280,32 @@ class SADCP_Viewer(param.Parameterized):
             drop=False)
             self.ds = self.ds[
                 [
-                    "TIME", "BATHY", "USHIP", "VSHIP", "BOTTOM_DEPTH",
-                    "UCUR", "VCUR", 
-#                    "ROLL", "PITCH", "TR_TEMP", "HEADING", "U_BOTTOM", "V_BOTTOM",
-#                    "WCUR", "ECUR", "PGOOD", "ECI", "UTIDE", "VTIDE",
+                    "USHIP",
+                    "VSHIP",
+                    "ROLL",
+                    "PITCH",
+                    "TR_TEMP",
+                    "HEADING",
+                    "U_BOTTOM",
+                    "V_BOTTOM",
+                    "UCUR",
+                    "VCUR",
+                    "WCUR",
+                    "ECUR",
+                    "PGOOD",
+                    "ECI",
+                    "BATHY",
+                    "UTIDE",
+                    "VTIDE",
+                    "BOTTOM_DEPTH",
+                    "TIME",
                 ]
             ]
 
+            date = fix_time(self.ds)
+            date = xr.DataArray(date, dims="MAXT")
+            self.ds = self.ds.assign(TIME=date)
+
             lon_range = (
                 int(self.ds["LONGITUDE"].min().round() - 1),
                 int(self.ds["LONGITUDE"].max().round() + 1),
@@ -282,10 +314,15 @@ class SADCP_Viewer(param.Parameterized):
                 int(self.ds["LATITUDE"].min().round() - 1),
                 int(self.ds["LATITUDE"].max().round() + 1),
             )
-
             self.depth1 = abs(self.ds.coords["PROFZ"])
             deph_range = (int(self.depth1.min()), int(self.depth1.max()))
 
+            # Ku_std_dataarray = xr.DataArray(Ku_std,dims='dim1')
+
+            # date=dataset.assign(TIME=date)
+
+            # dataset['TIME']=dataset['TIME'].assign_coords(dim=dataset.dims['MAXT'])
+
             self.longitude_slider.start = lon_range[0]
             self.longitude_slider.end = lon_range[1]
             self.longitude_slider.value = lon_range