scalerqec

• scalerqec package
  • Subpackages
    • scalerqec.Clifford package
      • Submodules
      • scalerqec.Clifford.QEPGpython module
      • scalerqec.Clifford.clifford module
      • scalerqec.Clifford.stimparser module
      • Module contents
    • scalerqec.Monte package
      • Submodules
      • scalerqec.Monte.monteLER module
      • Module contents
    • scalerqec.QEC package
      • Submodules
      • scalerqec.QEC.magic module
      • scalerqec.QEC.noisemodel module
      • scalerqec.QEC.qeccircuit module
      • scalerqec.QEC.small module
      • scalerqec.QEC.surface module
      • Module contents
    • scalerqec.Stratified package
      • Submodules
      • scalerqec.Stratified.Scaler module
      • scalerqec.Stratified.ScurveModel module
      • scalerqec.Stratified.fitting module
      • scalerqec.Stratified.StratifiedLERcalc module
      • scalerqec.Stratified.stratifiedScurveLER module
      • Module contents
    • scalerqec.Symbolic package
      • Submodules
      • scalerqec.Symbolic.symbolic module
      • scalerqec.Symbolic.symbolicLER module
      • scalerqec.Symbolic.symbolicNaive module
      • Module contents
    • scalerqec.util package
      • Submodules
      • scalerqec.util.binomial module
      • scalerqec.util.printer module
      • Module contents
  • Submodules
  • scalerqec.interface module
    • main()
    • parse_line()
    • read_file()
  • scalerqec.qepg module
    • CliffordCircuit
      • CliffordCircuit.compile_from_rewrited_stim_string()
      • CliffordCircuit.get_num_detector()
      • CliffordCircuit.get_num_noise()
      • CliffordCircuit.get_num_qubit()
    • DynamicBitset
      • DynamicBitset.size()
      • DynamicBitset.test()
      • DynamicBitset.to_list()
    • QEPGGraph
      • QEPGGraph.backward_graph_construction()
    • Sampler
    • compile_QEPG()
    • return_detector_matrix()
    • return_samples()
    • return_samples_Monte_separate_obs_with_QEPG()
    • return_samples_many_weights()
    • return_samples_many_weights_numpy()
    • return_samples_many_weights_separate_obs()
    • return_samples_many_weights_separate_obs_with_QEPG()
    • return_samples_numpy()
    • return_samples_with_fixed_QEPG()
    • return_samples_with_noise_vector()
  • Module contents
    • CliffordCircuit
      • CliffordCircuit.add_cnot()
      • CliffordCircuit.add_cz()
      • CliffordCircuit.add_depolarize()
      • CliffordCircuit.add_hadamard()
      • CliffordCircuit.add_measurement()
      • CliffordCircuit.add_paulix()
      • CliffordCircuit.add_pauliy()
      • CliffordCircuit.add_pauliz()
      • CliffordCircuit.add_phase()
      • CliffordCircuit.add_reset()
      • CliffordCircuit.add_xflip_noise()
      • CliffordCircuit.compile_detector_and_observable()
      • CliffordCircuit.compile_from_stim_circuit_str()
      • CliffordCircuit.error_rate
      • CliffordCircuit.gatelists
      • CliffordCircuit.get_measIdx_to_parityIdx()
      • CliffordCircuit.get_yquant_latex()
      • CliffordCircuit.observable
      • CliffordCircuit.parityMatchGroup
      • CliffordCircuit.qubit_num
      • CliffordCircuit.qubitnum
      • CliffordCircuit.read_circuit_from_file()
      • CliffordCircuit.reset_noise_type()
      • CliffordCircuit.save_circuit_to_file()
      • CliffordCircuit.setShowNoise()
      • CliffordCircuit.set_noise_type()
      • CliffordCircuit.show_all_noise()
      • CliffordCircuit.stim_str
      • CliffordCircuit.stimcircuit
      • CliffordCircuit.totalMeas
      • CliffordCircuit.totalnoise
    • StabCode
      • StabCode.add_stab()
      • StabCode.circuit
      • StabCode.compile_stim_circuit_from_IR_standard()
      • StabCode.construct_IR_standard_scheme()
      • StabCode.construct_circuit()
      • StabCode.construct_parity_check_matrix()
      • StabCode.d
      • StabCode.get_parity_check_matrix()
      • StabCode.init_by_parity_check_matrix()
      • StabCode.is_IR_compiled()
      • StabCode.is_circuit_compiled()
      • StabCode.k
      • StabCode.n
      • StabCode.noisemodel
      • StabCode.rounds
      • StabCode.scheme
      • StabCode.set_logical_Z()
      • StabCode.show_IR()
      • StabCode.stimcirc
    • MonteLERcalc
      • MonteLERcalc.calculate_LER_from_StabCode()
      • MonteLERcalc.calculate_LER_from_file()
      • MonteLERcalc.calculate_LER_from_file_sinter()
      • MonteLERcalc.calculate_LER_from_my_random_sampler()
      • MonteLERcalc.calculate_standard_error()
      • MonteLERcalc.get_sample_used()
    • StratifiedLERcalc
      • StratifiedLERcalc.calculate_LER_from_StabCode()
      • StratifiedLERcalc.calculate_LER()
      • StratifiedLERcalc.calculate_LER_from_file()
      • StratifiedLERcalc.clear_all()
      • StratifiedLERcalc.determine_range_to_sample()
      • StratifiedLERcalc.get_LER_subspace()
      • StratifiedLERcalc.get_LER_subspace_no_weight()
      • StratifiedLERcalc.parse_from_file()
      • StratifiedLERcalc.sample_all_subspace()
      • StratifiedLERcalc.subspace_sampling()
    • StratifiedScurveLERcalc
      • StratifiedScurveLERcalc.binary_search_lower()
      • StratifiedScurveLERcalc.binary_search_upper()
      • StratifiedScurveLERcalc.calculate_LER_from_StabCode()
      • StratifiedScurveLERcalc.calc_logical_error_rate_after_curve_fitting()
      • StratifiedScurveLERcalc.calc_logical_error_rate_with_fixed_w()
      • StratifiedScurveLERcalc.calculate_LER()
      • StratifiedScurveLERcalc.calculate_LER_from_file()
      • StratifiedScurveLERcalc.calculate_R_square_score()
      • StratifiedScurveLERcalc.clear_all()
      • StratifiedScurveLERcalc.determine_lower_w()
      • StratifiedScurveLERcalc.determine_range_to_sample()
      • StratifiedScurveLERcalc.determine_saturated_w()
      • StratifiedScurveLERcalc.fast_calculate_LER_from_file()
      • StratifiedScurveLERcalc.fit_Scurve()
      • StratifiedScurveLERcalc.fit_linear_area()
      • StratifiedScurveLERcalc.fit_log_S_model()
      • StratifiedScurveLERcalc.get_LER_subspace()
      • StratifiedScurveLERcalc.ground_truth_subspace_sampling()
      • StratifiedScurveLERcalc.load_all_sample_result()
      • StratifiedScurveLERcalc.parse_from_file()
      • StratifiedScurveLERcalc.plot_scurve()
      • StratifiedScurveLERcalc.sample_all_subspaces()
      • StratifiedScurveLERcalc.set_sample_bound()
      • StratifiedScurveLERcalc.set_t()
      • StratifiedScurveLERcalc.subspace_sampling()
      • StratifiedScurveLERcalc.subspace_sampling_to_fit_curve()
    • symbolicLER
      • symbolicLER.calculate_LER_from_StabCode()
      • symbolicLER.calc_error_row_indices()
      • symbolicLER.calculate_LER()
      • symbolicLER.calculate_LER_brute_force()
      • symbolicLER.calculate_LER_from_file()
      • symbolicLER.dynamic_calculation_of_dp()
      • symbolicLER.evaluate_LER()
      • symbolicLER.evaluate_LER_subspace()
      • symbolicLER.generate_pymatching_table()
      • symbolicLER.get_totalnoise()
      • symbolicLER.initialize_dp()
      • symbolicLER.initialize_single_pauli_propagation()
      • symbolicLER.parse_from_file()
      • symbolicLER.subspace_LER()
      • symbolicLER.verify_table()