def METHOD_NAME(test_case):
    ndim = random(1, 3).to(int).value()
    for placement in all_placement():
        for sbp in all_sbp(placement, max_dim=ndim):
            _test_sinh(test_case, placement, sbp, ndim)
            _test_sin(test_case, placement, sbp, ndim)
            _test_inplace_sin(test_case, placement, sbp, ndim)
            _test_cos(test_case, placement, sbp, ndim)
            _test_log(test_case, placement, sbp, ndim)
            _test_sqrt(test_case, placement, sbp, ndim)
            _test_exp(test_case, placement, sbp, ndim)
            _test_exp2(test_case, placement, sbp, ndim)
            _test_rsqrt(test_case, placement, sbp, ndim)
            _test_square(test_case, placement, sbp, ndim)
            _test_pow_with_scalar(test_case, placement, sbp, ndim)
            _test_floordiv_with_scalar(test_case, placement, sbp, ndim)
            _test_arccos(test_case, placement, sbp, ndim)
            _test_acos(test_case, placement, sbp, ndim)
            _test_arccosh(test_case, placement, sbp, ndim)
            _test_acosh(test_case, placement, sbp, ndim)
            _test_digamma(test_case, placement, sbp, ndim)
            _test_floordiv(test_case, placement, sbp, ndim)
            _test_atan2(test_case, placement, sbp, ndim)