def METHOD_NAME():
    id = "QC-OutOfAfrica_2L06"
    populations = [
        stdpopsim.Population("AFR", ""),
        stdpopsim.Population("EUR", ""),
    ]
    # Parameters for the African population are taken from the section Demographic
    # History of the African Population
    generation_time = 0.1  # 10  generations per year
    N_A0 = 8.603e6  # modern African pop. size
    N_A1 = N_A0 / 5.0  # African pop. size before expansion
    # Parameters for the European population are taken from the section Demographic
    # History of the European Population
    N_E0 = 1.075e6  # modern European pop. size
    N_E1 = 2.2e3  # European founder pop. size
    # Times from from the section Demographic History of the * Population
    T_A0 = 6e4 / generation_time  # time of 1st expansion in African pop.
    T_E_A = 15.8e3 / generation_time  # European/African divergence time
    T_EE = T_E_A - 340 / generation_time  # Time of European pop. re-expansion
    return stdpopsim.DemographicModel(
        id=id,
        description=id,
        long_description=id,
        generation_time=generation_time,
        populations=populations,
        # Set population sizes at T=0
        # pop0 is Africa, pop1 is Europe
        population_configurations=[
            msprime.PopulationConfiguration(initial_size=N_A0, growth_rate=0),
            msprime.PopulationConfiguration(initial_size=N_E0, growth_rate=0),
        ],
        # Now we add the demographic events working backwards in time.
        demographic_events=[
            # OOA bottleneck
            msprime.PopulationParametersChange(
                time=T_EE, initial_size=N_E1, population_id=1
            ),
            # E and A coalesce
            msprime.MassMigration(time=T_E_A, source=1, destination=0, proportion=1.0),
            # Pre-expansion Africa
            msprime.PopulationParametersChange(
                time=T_A0, initial_size=N_A1, population_id=0
            ),
        ],
        population_id_map=[
            {"AFR": 0, "EUR": 1},
            {"AFR": 0, "EUR": 1},
            {"AFR": 0, "EUR": 1},
            {"AFR": 0, "EUR": 1},
        ],
        mutation_rate=1.450e-9,
    )