def inverse_laplace_transform(F, s, t, plane=None, **hints):
 if (isinstance(F, MatrixBase) and hasattr(F, 'applyfunc')):
  return F.applyfunc((lambda Fij: inverse_laplace_transform(Fij, s, t, plane, **hints)))
 return InverseLaplaceTransform(F, s, t, plane).doit(**hints)

def inverse_laplace_transform ( F , s , t , plane = None , ** hints ) : if ( isinstance ( F , MatrixBase ) and hasattr ( F , 'applyfunc' ) ) : return F . applyfunc ( ( lambda Fij : inverse_laplace_transform ( Fij , s , t , plane , ** hints ) ) ) return InverseLaplaceTransform ( F , s , t , plane ) . doit ( ** hints )
compute the inverse laplace transform of f(s) .