(self, score, state)
return [item]
The row consists of attributes sorted by name; class is at the
        beginning, if present, so it's on the x-axis and not lost somewhere.
The row consists of attributes sorted by name; class is at the
        beginning, if present, so it's on the x-axis and not lost somewhere.
The row consists of attributes sorted by name ; class is at the beginning if present so it s on the x - axis and not lost somewhere .
def row_for_state(self, score, state):
        """The row consists of attributes sorted by name; class is at the
        beginning, if present, so it's on the x-axis and not lost somewhere."""
        class_var = self.master.color_data.domain.class_var
        attrs = tuple(
            sorted((self.attr_ordering[x] for x in state),
                   key=lambda attr: (1 - (attr is class_var), attr.name)))
        item = QStandardItem(", ".join(a.name for a in attrs))
        item.setData(attrs, self._AttrRole)
        return [item]
def row_for_state ( self , score , state ) : class_var = self . master . color_data . domain . class_var attrs = tuple ( sorted ( ( self . attr_ordering [ x ] for x in state ) , key = lambda attr : ( 1 - ( attr is class_var ) , attr . name ) ) ) item = QStandardItem ( ", " . join ( a . name for a in attrs ) ) item . setData ( attrs , self . _AttrRole ) return [ item ]