code: def test_issue_23058():
      from sympy import symbols, sin, cos, pi, UnevaluatedExpr
  
      delop = Del()
      CC_ = CoordSys3D("C")
      y = CC_.y
      xhat = CC_.i
  
      t = symbols("t")
      ten = symbols("10", positive=True)
      eps, mu = 4 * pi * ten ** (-11), ten ** (-5)
  
      Bx = 2 * ten ** (-4) * cos(ten**5 * t) * sin(ten ** (-3) * y)
      vecB = Bx * xhat
      vecE = (1 / eps) * Integral(delop.cross(vecB / mu).doit(), t)
      vecE = vecE.doit()
  
      vecB_str = """\
  ⎛     ⎛y_C⎞    ⎛  5  ⎞⎞    \n\
  ⎜2⋅sin⎜───⎟⋅cos⎝10 ⋅t⎠⎟ i_C\n\
  ⎜     ⎜  3⎟           ⎟    \n\
  ⎜     ⎝10 ⎠           ⎟    \n\
  ⎜─────────────────────⎟    \n\
  ⎜           4         ⎟    \n\
  ⎝         10          ⎠    \
  """
      vecE_str = """\
  ⎛   4    ⎛  5  ⎞    ⎛y_C⎞ ⎞    \n\
  ⎜-10 ⋅sin⎝10 ⋅t⎠⋅cos⎜───⎟ ⎟ k_C\n\
  ⎜                   ⎜  3⎟ ⎟    \n\
  ⎜                   ⎝10 ⎠ ⎟    \n\
  ⎜─────────────────────────⎟    \n\
  ⎝           2⋅π           ⎠    \
  """
  
      assert upretty(vecB) == vecB_str
      assert upretty(vecE) == vecE_str
  
      ten = UnevaluatedExpr(10)
      eps, mu = 4 * pi * ten ** (-11), ten ** (-5)
  
      Bx = 2 * ten ** (-4) * cos(ten**5 * t) * sin(ten ** (-3) * y)
      vecB = Bx * xhat
  
      vecB_str = """\
  ⎛    -4    ⎛    5⎞    ⎛      -3⎞⎞     \n\
  ⎝2⋅10  ⋅cos⎝t⋅10 ⎠⋅sin⎝y_C⋅10  ⎠⎠ i_C \
  """
      assert upretty(vecB) == vecB_str
  
file_path: sympy/sympy/vector/tests/test_printing.py
imports: from sympy.core.function import Function
  from sympy.integrals.integrals import Integral
  from sympy.printing.latex import latex
  from sympy.printing.pretty import pretty
  from sympy.vector import CoordSys3D, Del, Vector, express
  from sympy.abc import a, b, c
  from sympy.testing.pytest import XFAIL
label_desc: Use image node_id 7 for calling a global function with example usage: test_issue_23058() without return types