def get_qasm(self, var_parameters):
assert len(var_parameters) == 1
parameter_1 = var_parameters[0]
qasm = QasmUtils.eff_d_f_exc_qasm(parameter_1, self.qubits[0],
self.qubits[1])
# if the spin complement is different, add a qasm for it
if [set(self.qubits[0]), set(self.qubits[1])] != [set(self.complement_qubits[0]), set(self.complement_qubits[1])] and \
[set(self.qubits[0]), set(self.qubits[1])] != [set(self.complement_qubits[1]), set(self.complement_qubits[0])]:
qasm += QasmUtils.eff_d_f_exc_qasm(parameter_1,
self.complement_qubits[0],
self.complement_qubits[1])
return qasm
def get_qasm(self, var_parameters):
assert len(var_parameters) == 1
parameter = var_parameters[0]
return QasmUtils.eff_d_f_exc_qasm(parameter, self.qubits[0],
self.qubits[1])