@parallel_root_only
def print_key_parameters(self):
    '\n        Print out some key parameters for the simulation.\n        '
    if (self.simulation_type == 'grid'):
        for a in ['domain_dimensions', 'domain_left_edge', 'domain_right_edge']:
            self._print_attr(a)
    for a in ['initial_time', 'final_time', 'cosmological_simulation']:
        self._print_attr(a)
    if getattr(self, 'cosmological_simulation', False):
        for a in ['box_size', 'omega_matter', 'omega_lambda', 'omega_radiation', 'hubble_constant', 'initial_redshift', 'final_redshift']:
            self._print_attr(a)
    for a in self.key_parameters:
        self._print_attr(a)
    mylog.info(('Total datasets: %d.' % len(self.all_outputs)))
Print out some key parameters for the simulation.
@parallel_root_only
def print_key_parameters(self):
    '\n        \n        '
    if (self.simulation_type == 'grid'):
        for a in ['domain_dimensions', 'domain_left_edge', 'domain_right_edge']:
            self._print_attr(a)
    for a in ['initial_time', 'final_time', 'cosmological_simulation']:
        self._print_attr(a)
    if getattr(self, 'cosmological_simulation', False):
        for a in ['box_size', 'omega_matter', 'omega_lambda', 'omega_radiation', 'hubble_constant', 'initial_redshift', 'final_redshift']:
            self._print_attr(a)
    for a in self.key_parameters:
        self._print_attr(a)
    mylog.info(('Total datasets: %d.' % len(self.all_outputs)))