parameters: (self, hrlinetop=True)
docstring: print a local taxonomy for the object
docstring_summary: print a local taxonomy for the object
docstring_tokens: print a local taxonomy for the object
function: def _printTaxonomy(self, hrlinetop=True):
          """
          print a local taxonomy for the object
          """
          if not self.currentEntity:  # ==> ontology level
              return
          if hrlinetop:
              self._print("----------------")
          self._print("TAXONOMY:", "IMPORTANT")
          x = self.currentEntity['object']
          parents = x.parents()
  
          if not parents:
              if self.currentEntity['type'] == 'class':
                  self._print("owl:Thing")
              elif self.currentEntity['type'] == 'property':
                  self._print("RDF:Property")
              elif self.currentEntity['type'] == 'concept':
                  self._print("SKOS:Concept")
              else:
                  pass
          else:
              for p in parents:
                  self._print(p.qname)
          self._print("..." + x.qname, "TEXT")
          for c in x.children():
              self._print("......" + c.qname)
          self._print("----------------")
function_tokens: def _printTaxonomy ( self , hrlinetop = True ) : if not self . currentEntity : # ==> ontology level return if hrlinetop : self . _print ( "----------------" ) self . _print ( "TAXONOMY:" , "IMPORTANT" ) x = self . currentEntity [ 'object' ] parents = x . parents ( ) if not parents : if self . currentEntity [ 'type' ] == 'class' : self . _print ( "owl:Thing" ) elif self . currentEntity [ 'type' ] == 'property' : self . _print ( "RDF:Property" ) elif self . currentEntity [ 'type' ] == 'concept' : self . _print ( "SKOS:Concept" ) else : pass else : for p in parents : self . _print ( p . qname ) self . _print ( "..." + x . qname , "TEXT" ) for c in x . children ( ) : self . _print ( "......" + c . qname ) self . _print ( "----------------" )