Simplify Test

Author: ax3l

tests/test_parameters.py

@@ -134,53 +134,3 @@ def test_ParameterClasses():
     # Test BeamBeamParameters
     beambeam = BeamBeamParameters()
     assert beambeam is not None
-
-
-def test_multipole_numpy_coercion():
-    """Regression test for issue #67: numpy scalars passed to multipole parameter
-    classes must be coerced to Python-native numeric types at construction time,
-    so YAML/JSON serialization produces clean output regardless of input type."""
-    np = pytest.importorskip("numpy")
-
-    # MagneticMultipoleParameters: cover all prefixes and several numpy dtypes
-    mmp = MagneticMultipoleParameters(
-        tilt1=np.float64(0.1),
-        Bn1=np.float64(1.5),
-        Bn2=np.float32(2.5),
-        Bs1=np.int64(3),
-        Kn0=np.int32(-1),
-        Ks1=np.float64(0.25),
-    )
-    assert type(mmp.tilt1) is float and mmp.tilt1 == 0.1
-    assert type(mmp.Bn1) is float and mmp.Bn1 == 1.5
-    assert type(mmp.Bn2) is float and mmp.Bn2 == 2.5
-    assert type(mmp.Bs1) is int and mmp.Bs1 == 3
-    assert type(mmp.Kn0) is int and mmp.Kn0 == -1
-    assert type(mmp.Ks1) is float and mmp.Ks1 == 0.25
-
-    # 0-d numpy array also works
-    mmp_arr = MagneticMultipoleParameters(Bn1=np.array(4.2))
-    assert type(mmp_arr.Bn1) is float and mmp_arr.Bn1 == 4.2
-
-    # Length-integrated variants
-    mmp_L = MagneticMultipoleParameters(Bn1L=np.float64(7.0), Ks1L=np.float64(8.0))
-    assert type(mmp_L.Bn1L) is float and mmp_L.Bn1L == 7.0
-    assert type(mmp_L.Ks1L) is float and mmp_L.Ks1L == 8.0
-
-    # ElectricMultipoleParameters: cover all prefixes
-    emp = ElectricMultipoleParameters(
-        tilt1=np.float64(0.2),
-        En1=np.float64(0.5),
-        Es1=np.int64(2),
-    )
-    assert type(emp.tilt1) is float and emp.tilt1 == 0.2
-    assert type(emp.En1) is float and emp.En1 == 0.5
-    assert type(emp.Es1) is int and emp.Es1 == 2
-
-    emp_L = ElectricMultipoleParameters(En1L=np.float64(1.0), Es1L=np.float64(0.5))
-    assert type(emp_L.En1L) is float and emp_L.En1L == 1.0
-    assert type(emp_L.Es1L) is float and emp_L.Es1L == 0.5
-
-    # Plain Python values must still pass through unchanged
-    mmp_plain = MagneticMultipoleParameters(Bn1=1.5)
-    assert type(mmp_plain.Bn1) is float and mmp_plain.Bn1 == 1.5