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Don't do any qubit placement, use circuit qubits.
Inherits From: QubitPlacer
cirq_google.workflow.NaiveQubitPlacer()
Methods
place_circuit
place_circuit(
circuit: cirq.AbstractCircuit,
problem_topology: cirq.NamedTopology,
shared_rt_info: cg.SharedRuntimeInfo,
rs: np.random.RandomState
) -> tuple[cirq.FrozenCircuit, dict[Any, cirq.Qid]]
Place a circuit with a given topology.
Args | |
---|---|
circuit
|
The circuit. |
problem_topology
|
The topologies (i.e. connectivity) of the circuit. |
shared_rt_info
|
A cg.SharedRuntimeInfo object that may contain additional info
to inform placement.
|
rs
|
A RandomState to enable pseudo-random placement strategies.
|
Returns | |
---|---|
A tuple of a new frozen circuit with the qubits placed and a mapping from input qubits or nodes to output qubits. |
__eq__
__eq__(
other
)
Return self==value.