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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 solve_and_plot_series(self, x0, params, varied_data, varied_idx, solver=None, plot_kwargs=None, plot_residuals_kwargs=None, **kwargs):
 """ Solve and plot for a series of a varied parameter. Convenience method, see :meth:`solve_series`, :meth:`plot_series` & :meth:`plot_series_residuals_internal` for more information. """

        sol, nfo = self.solve_series(
            x0, params, varied_data, varied_idx, solver=solver, **kwargs)
        ax_sol = self.plot_series(sol, varied_data, varied_idx, info=nfo,
                                  **(plot_kwargs or {}))

        extra = dict(ax_sol=ax_sol, info=nfo)
        if plot_residuals_kwargs:
            extra['ax_resid'] = self.plot_series_residuals_internal(
                varied_data, varied_idx, info=nfo,
                **(plot_residuals_kwargs or {})
            )
        return sol, extra