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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def _solution_factory(self, basis_kwargs, coefs_array, nodes, problem, result):
 """ Construct a representation of the solution to the boundary value problem. Parameters basis_kwargs : dict(str : ) coefs_array : numpy.ndarray problem : TwoPointBVPLike result : OptimizeResult Returns ------- solution : SolutionLike """

        soln_coefs = self._array_to_list(coefs_array, problem.number_odes)
        soln_derivs = self._construct_derivatives(soln_coefs, **basis_kwargs)
        soln_funcs = self._construct_functions(soln_coefs, **basis_kwargs)
        soln_residual_func = self._interior_residuals_factory(soln_derivs,
                                                              soln_funcs,
                                                              problem)
        solution = solutions.Solution(basis_kwargs, soln_funcs, nodes, problem,
                                      soln_residual_func, result)
        return solution