Import("env_scitbx_boost_python_ext", "env_etc")

env = env_scitbx_boost_python_ext.Clone()
# TODO env_etc.enable_more_warnings(env=env)
env.Prepend(LIBS=["scitbx_slatec"])
env.SharedLibrary(
  target="#lib/scitbx_math_ext",
  source=[
    "math_ext.cpp",
    "basic_statistics.cpp",
    "gaussian.cpp",
    "golay.cpp",
    "minimum_covering_sphere.cpp",
    "principal_axes_of_inertia.cpp",
    "row_echelon.cpp",
    "tensor_rank_2.cpp",
    "chebyshev.cpp",
    "icosahedron.cpp",
    "slatec.cpp",
    "line_search.cpp",
    "r3_rotation.cpp",
    "resample.cpp",
    "quadrature.cpp",
    "unimodular_generator.cpp",
    "halton.cpp",
    "least_squares_plane.cpp",
    "continued_fraction.cpp",
    "numeric_limits.cpp",
    "distributions.cpp",
    "exp_functions.cpp",
    "zernike.cpp",
    "zernike_moments.cpp",
    "2d_zernike_moments.cpp",
    "weighted_covariance.cpp",
    "rotation.cpp",
    "interpolation.cpp",
    "tetrahedron.cpp",
    "angle_derivative.cpp"
    ]
)