def integrate_days(self, days=1.0, verbose=True):
        """Integrates the model forward for a specified number of days.

        It convertes the given number of days into years and calls
        :func:`integrate_years`.

        :param float days:      integration time for the model in days
                                [default: 1.0]
        :param bool verbose:    information whether model time details
                                should be printed [default: True]

        :Example:

            ::

                >>> import climlab
                >>> model = climlab.EBM()

                >>> model.global_mean_temperature()
                Field(11.997968598413685)

                >>> model.integrate_days(80.)
                Integrating for 19 steps, 80.0 days, or 0.219032740466 years.
                Total elapsed time is 0.211111111111 years.

                >>> model.global_mean_temperature()
                Field(11.873680783355553)

        """
        years = days / const.days_per_year
        self.integrate_years(years=years, verbose=verbose)
def integrate_days ( self , days = 1.0 , verbose = True ) : years = days / const . days_per_year self . integrate_years ( years = years , verbose = verbose )
Integrates the model forward for a specified number of days.

        It convertes the given number of days into years and calls
        :func:`integrate_years`.

        :param float days:      integration time for the model in days
                                [default: 1.0]
        :param bool verbose:    information whether model time details
                                should be printed [default: True]

        :Example:

            ::

                >>> import climlab
                >>> model = climlab.EBM()

                >>> model.global_mean_temperature()
                Field(11.997968598413685)

                >>> model.integrate_days(80.)
                Integrating for 19 steps, 80.0 days, or 0.219032740466 years.
                Total elapsed time is 0.211111111111 years.

                >>> model.global_mean_temperature()
                Field(11.873680783355553)