parameters: (self, data)
return_statement: return self.__class__(data,
                  axis=self.sel_axis(self.axis),
                  sel_axis=self.sel_axis,
                  dimensions=self.dimensions)
docstring: Creates a subnode for the current node
docstring_summary: Creates a subnode for the current node
docstring_tokens: Creates a subnode for the current node
function: def create_subnode(self, data):
          """ Creates a subnode for the current node """
  
          return self.__class__(data,
                  axis=self.sel_axis(self.axis),
                  sel_axis=self.sel_axis,
                  dimensions=self.dimensions)
function_tokens: def create_subnode ( self , data ) : return self . __class__ ( data , axis = self . sel_axis ( self . axis ) , sel_axis = self . sel_axis , dimensions = self . dimensions )