def write_identifier_section_simulate(init_dict, file_):
    """This function prints the information about the estimation results in the output
     file.
     """
    file_.write('\n\n {} \n\n'.format('Parameterization'))
    fmt_ = ' {:<10}' + '    {:>10}' + '{:>15}'
    file_.write(fmt_.format(*['Section', 'Identifier', 'Coef']) + '\n')
    num_treated = len(init_dict['TREATED']['order'])
    num_untreated = num_treated + len(init_dict['UNTREATED']['order'])
    num_choice = num_untreated + len(init_dict['CHOICE']['order'])
    identifier_treated = init_dict['TREATED']['order']
    identifier_untreated = init_dict['UNTREATED']['order']
    identifier_choice = init_dict['CHOICE']['order']
    identifier_distribution = ['sigma1', 'sigma10', 'sigma1v', 'sigma0',
        'sigma0v', 'sigmaV']
    identifier = (identifier_treated + identifier_untreated +
        identifier_choice + identifier_distribution)
    coeffs = init_dict['AUX']['init_values'].copy()
    fmt = '  {:>10}' + '   {:<15}' + ' {:>11.4f}'
    for i in range(len(init_dict['AUX']['init_values'])):
        if i == 0:
            file_.write('\n  {:<10} \n'.format('TREATED'))
        elif i == num_treated:
            file_.write('\n  {:<10} \n'.format('UNTREATED'))
        elif i == num_untreated:
            file_.write('\n  {:<10} \n'.format('CHOICE'))
        elif i == num_choice:
            file_.write('\n  {:<10} \n'.format('DIST'))
        file_.write('{0}\n'.format(fmt.format('', identifier[i], coeffs[i])))
