we add the child

netCDF_visualizer_funtionality.py

@@ -109,9 +109,9 @@ class maskAndFuntionality (BASE, WIDGET):
 
     def removeSelection(self):
         """this function remove the selection in the tree widget"""
-        #remove the selection in the tree widget
-        self.tree_data.clearSelection()
-    
+        #we remmove the selectec TopLevelItems from the tree widget
+        for item in self.tree_data.selectedItems(): 
+            self.tree_data.takeTopLevelItem(self.tree_data.indexOfTopLevelItem(item))
 
 
     def loadNetCDF(self):
@@ -134,27 +134,64 @@ class maskAndFuntionality (BASE, WIDGET):
             ncFileVariablesName = list(ncFile.variables.keys())
             #we get the groups of the file
             ncFileGroupsName = list(ncFile.groups.keys())
+  
             
             #we set the top of the tree that it is the name od the file
             self.tree_data.addTopLevelItem(top_level)
             
-            """we shoe the variables of the file in the QTreeWidgetite"""
+            """we show the variables of the file in the QTreeWidgetite"""
             for i in range(len(ncFileVariablesName)):
                 child = QTreeWidgetItem([ncFileVariablesName[i]])
                 top_level.addChild(child)
-            
+        
+            #we show the groups of the file in the QTreeWidgetite
             for i in range(len(ncFileGroupsName)):
                 child = QTreeWidgetItem([ncFileGroupsName[i]])
                 top_level.addChild(child)
-            
+                #we get the groups of the groups
+                ncFileGroupsName2 = list(ncFile.groups[ncFileGroupsName[i]].groups.keys())
+                #we show the groups of the groups in the QTreeWidgetite
+                for j in range(len(ncFileGroupsName2)):
+                    child2 = QTreeWidgetItem([ncFileGroupsName2[j]])
+                    child.addChild(child2)
+                    #we get the variables of the groups of the groups
+                    ncFileVariablesName2 = list(ncFile.groups[ncFileGroupsName[i]].groups[ncFileGroupsName2[j]].variables.keys())
+                    #we show the variables of the groups of the groups in the QTreeWidgetite
+                    for k in range(len(ncFileVariablesName2)):
+                        child3 = QTreeWidgetItem([ncFileVariablesName2[k]])
+                        child2.addChild(child3)
+                #we get the variables of the groups
+                ncFileGroupsVariablesName = list(ncFile.groups[ncFileGroupsName[i]].variables.keys())
+                #we show the variables of the groups in the QTreeWidgetite
+                for j in range(len(ncFileGroupsVariablesName)):
+                    child2 = QTreeWidgetItem([ncFileGroupsVariablesName[j], ncFileGroupsVariablesLongName[j]])
+                    child.addChild(child2)
+                #we get the long name of the variables
+                ncFileGroupsVariablesLongName = list(ncFile.groups[ncFileGroupsName[i]].variables[ncFileGroupsVariablesName[j]].long_name)
+                #we show the long name of the variables in the QTreeWidgetite  
+                for j in range(len(ncFileGroupsVariablesLongName)):
+                    child2 = QTreeWidgetItem([ncFileGroupsVariablesLongName[j]])
+                    child.addChild(child2)
+                    
+
+
+
+
+        
+
             # #we set the dimensions in the ListWidget
             # self.column_data.addItems(ncFileDimensions)
             # #we set the variables in the ListWidget
             # self.column_data.addItems(ncFileVariables)
             
-        
+           
 
-          
+                      
             #we close the netCDF file
             ncFile.close()
-
+            #remove the path from the text space
+            self.text_set.clear()
+            
+    def plotNetCDF(self):
+        """This function plots the netCDF file"""
+