qfnn.qf_fb.q_output module

qfnn.qf_fb.q_output.add_measure(circuit, qubits, name)

Function add_measure is used for add the measure gate to the qubits

Parameters

• circuit – quantum circuit

• qubits – input quantum registers

qfnn.qf_fb.q_output.analyze(counts)

Function analyze is used for analyze the count on states to

formulate the probability for each qubit

Parameters

counts – : quantum execute results, including different states with shots

Returns

shots of the state ‘1’ for each qubit bits: the number of qubits

Return type

mycount

qfnn.qf_fb.q_output.auth_output()

qfnn.qf_fb.q_output.fire_ibmq(circuit, shots, Simulation=True, backend_name='ibmq_essex')

class fire_ibmq is used for execute quantum circuit using simulation or ibm quantum processor

Parameters

• circuit – quantum circuit

• shots – number of shots

• Simulation – simulation or quantum processor

• backend_name – backend name if quantum processor

Returns

quantum execute results, including different states with shots

Return type

counts

qfnn.qf_fb.q_output.get_unitary(circuit, IBMQ=None)

Function get_unitary is used for execute quantum circuit using simulation to get the unitary matrix that represents the circuit

Parameters

circuit – quantum circuit

Returns

unitary matrix

Return type

unitary