def test_analysis(self):
wrapper = CircuitWrapper(qiskit_circuit=shor_15())
print(wrapper.circuit)
wrapper.unroll_ibm()
print(wrapper.circuit)
# print(wrapper.circuit)
# print(wrapper.depth())
# print(wrapper.depth_gate_times())
print(wrapper.depth_two_qubit_gates())
def depth():
data = request.json
circuit = data["circuit"]
depth = {}
try:
wrapper = CircuitWrapper(qiskit_instructions=circuit)
wrapper.unroll_ibm()
depth["q_depth"] = wrapper.depth()
depth["q_two_qubit"] = wrapper.depth_two_qubit_gates()
depth["q_gate_times"] = wrapper.depth_gate_times()
wrapper = CircuitWrapper(qiskit_instructions=circuit)
wrapper.unroll_rigetti()
depth["r_depth"] = wrapper.depth()
depth["r_two_qubit"] = wrapper.depth_two_qubit_gates()
depth["r_gate_times"] = wrapper.depth_gate_times()
output = depth
except Exception as e:
print(str(e))
return str(e), 500
return output
def depth_comparison_qpu():
data = request.json
circuit = data["circuit"]
depth = {}
try:
wrapper = CircuitWrapper(qiskit_instructions=circuit)
circuit = wrapper.circuit
qpu_map = qpus()
for qpu_name in qpu_map:
wrapper = CircuitWrapper(qiskit_circuit=circuit)
is_ibm = False
qpu = qpu_map[qpu_name]
if qpu[1] == "q":
is_ibm = True
qpu_multiplier = qpu[1]
qpu_coupling = qpu[2]
if len(wrapper.dag.qubits) > len(qpu_coupling.physical_qubits):
continue
if is_ibm:
wrapper.unroll_ibm()
depth["q_depth"] = wrapper.depth() * qpu_multiplier
depth["q_two_qubit"] = wrapper.depth_two_qubit_gates(
) * qpu_multiplier
depth["q_gate_times"] = wrapper.depth_gate_times(
) * qpu_multiplier
else:
wrapper.unroll_rigetti()
depth["r_depth"] = wrapper.depth()
depth["r_two_qubit"] = wrapper.depth_two_qubit_gates()
depth["r_gate_times"] = wrapper.depth_gate_times()
output = depth
except Exception as e:
print(str(e))
return str(e), 500
return output