call_cbloq_classically#

Propagate on_classical_vals calls through a composite bloq’s contents.

qualtran.simulation.classical_sim.call_cbloq_classically(
    signature: qualtran.Signature,
    vals: Mapping[str, Union[sympy.Symbol, ClassicalValT]],
    binst_graph: nx.DiGraph,
    random_handler: '_ClassicalValHandler' = _RandomClassicalValHandler(rng=np.random.default_rng())
) -> Tuple[Dict[str, ClassicalValT], Dict[Soquet, ClassicalValT]]

While we’re handling the plumbing, we also do error checking on the arguments; see _update_assign_from_vals.

Args

signature

The cbloq’s signature for validating inputs

vals

Mapping from register name to classical values

binst_graph

The cbloq’s binst graph.

random_handler

The classical random number handler to use for use in measurement-based outcomes (e.g. MBUC).

Returns

final_vals

A mapping from register name to output classical values

soq_assign

An assignment from each soquet to its classical value. Soquets corresponding to thru registers will be mapped to the output classical value.

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