(g: SemanticGraph)
return verified
Verify the given graph with (partial) grounding exists in Wikidata.

    :param g: graph as a dictionary
    :return: true if the graph exists, false otherwise
    >>> verify_grounding(SemanticGraph([Edge(leftentityid=QUESTION_VAR, rightentityid="Q76")]))
    True
Verify the given graph with (partial) grounding exists in Wikidata.
Verify the given graph with ( partial ) grounding exists in Wikidata .
def verify_grounding(g: SemanticGraph):
    """
    Verify the given graph with (partial) grounding exists in Wikidata.

    :param g: graph as a dictionary
    :return: true if the graph exists, false otherwise
    >>> verify_grounding(SemanticGraph([Edge(leftentityid=QUESTION_VAR, rightentityid="Q76")]))
    True
    """
    # if len(filter_relations(g.edges, b='kbID')) < len(g.edges):
    #     return False
    if not sentence.get_question_type(" ".join(g.tokens)) == 'temporal' and \
            any([scheme.property2label.get(edge.relationid, {}).get("type") == "time"
                 for edge in g.edges if edge.leftentityid != QUESTION_VAR]):
        return False
    verified = endpoint_access.query_wikidata(graph_to_ask(g), timeout=1)
    if verified == []:
        return False
    return verified
def verify_grounding ( g : SemanticGraph ) : # if len(filter_relations(g.edges, b='kbID')) < len(g.edges): #     return False if not sentence . get_question_type ( " " . join ( g . tokens ) ) == 'temporal' and any ( [ scheme . property2label . get ( edge . relationid , { } ) . get ( "type" ) == "time" for edge in g . edges if edge . leftentityid != QUESTION_VAR ] ) : return False verified = endpoint_access . query_wikidata ( graph_to_ask ( g ) , timeout = 1 ) if verified == [ ] : return False return verified