def decode(self, s, triples=False):
        """
        Deserialize PENMAN-notation string *s* into its Graph object.

        Args:
            s: a string containing a single PENMAN-serialized graph
            triples: if True, treat *s* as a conjunction of logical triples
        Returns:
            the Graph object described by *s*
        Example:

            >>> codec = PENMANCodec()
            >>> codec.decode('(b / bark :ARG1 (d / dog))')
            <Graph object (top=b) at ...>
            >>> codec.decode(
            ...     'instance(b, bark) ^ instance(d, dog) ^ ARG1(b, d)',
            ...     triples=True
            ... )
            <Graph object (top=b) at ...>
        """
        try:
            if triples:
                span, data = self._decode_triple_conjunction(s)
            else:
                span, data = self._decode_penman_node(s)
        except IndexError:
            raise DecodeError(
                'Unexpected end of string.', string=s, pos=len(s)
            )
        top, nodes, edges = data
        return self.triples_to_graph(nodes + edges, top=top)
def decode ( self , s , triples = False ) : try : if triples : span , data = self . _decode_triple_conjunction ( s ) else : span , data = self . _decode_penman_node ( s ) except IndexError : raise DecodeError ( 'Unexpected end of string.' , string = s , pos = len ( s ) ) top , nodes , edges = data return self . triples_to_graph ( nodes + edges , top = top )
Deserialize PENMAN-notation string *s* into its Graph object.

        Args:
            s: a string containing a single PENMAN-serialized graph
            triples: if True, treat *s* as a conjunction of logical triples
        Returns:
            the Graph object described by *s*
        Example:

            >>> codec = PENMANCodec()
            >>> codec.decode('(b / bark :ARG1 (d / dog))')
            <Graph object (top=b) at ...>
            >>> codec.decode(
            ...     'instance(b, bark) ^ instance(d, dog) ^ ARG1(b, d)',
            ...     triples=True
            ... )
            <Graph object (top=b) at ...>