def METHOD_NAME():
    TestSection("Time Series with meta file")
    SetCreateMeshQualityExpressions(0)
    SetCreateTimeDerivativeExpressions(0)
    SetCreateVectorMagnitudeExpressions(0)
    #SetViewExtentsType("actual")
    OpenDatabase(data_path("PLOT3D_test_data/BluntFin/blunt_timeseries.vp3d"))
    md = GetMetaData(data_path("PLOT3D_test_data/BluntFin/blunt_timeseries.vp3d"))
    TestText("plot3d_timeseries_1", str(md))
    DefineScalarExpression("TD", "time(mesh) * Density")
    AddPlot("Pseudocolor", "TD")
    AddOperator("Isovolume")
    isoAtts = IsovolumeAttributes()
    isoAtts.lbound = 2000
    SetOperatorOptions(isoAtts)
    DrawPlots()
    #v = GetView3D()
    #v.viewNormal = (0, -1, 6.12323e-17)
    #v.focus = (3.32801, -0.103006, 16.13)
    #v.viewUp = (0, 6.12323e-17, 1)
    #SetView3D(v)
    #  step through time
    for t in range(0, TimeSliderGetNStates(),2):
        SetTimeSliderState(t)
        Query("Time")
        Test("plot3d_timeseries_1_%s" % GetQueryOutputValue())
    DeleteAllPlots()
    CloseDatabase(data_path("PLOT3D_test_data/BluntFin/blunt_timeseries.vp3d"))
    TestSection("Time series via Read Options") 
    # specify sub-selection of time slices.
    opts = {"Solution (Q) File Name" : r"TimeSeries/blunt_??3?.q",
            "Solution Time field accurate": 0}
    SetDefaultFileOpenOptions("PLOT3D", opts)
    OpenDatabase(data_path("PLOT3D_test_data/BluntFin/blunt.x"), 0, "PLOT3D_1.0")
    md = GetMetaData(data_path("PLOT3D_test_data/BluntFin/blunt.x"))
    TestText("plot3d_timeseries_2", str(md))
    AddPlot("Pseudocolor", "TD")
    AddOperator("Isovolume")
    SetOperatorOptions(isoAtts)
    DrawPlots()
    #SetView3D(v)
    #  step through time
    for t in range(0, TimeSliderGetNStates()):
        SetTimeSliderState(t)
        Query("Time")
        Test("plot3d_timeseries_2_%s" % GetQueryOutputValue())
    DeleteAllPlots()
    CloseDatabase(data_path("PLOT3D_test_data/BluntFin/blunt.x"))