def_module_params(module_name='lp',
                  class_name='lp_params_helper',
                  description='linear programming parameters',
                  export=True,
                  params=(('dio', BOOL, True, 'use Diophantine equalities'),
                          ('dio_branching_period', UINT, 100, 'Period of calling branching on undef in Diophantine handler'),
                          ('dio_cuts_enable_gomory', BOOL, False, 'enable Gomory cuts together with Diophantine cuts, only relevant when dioph_eq is true'),
                          ('dio_cuts_enable_hnf', BOOL, True, 'enable hnf cuts together with Diophantine cuts, only relevant when dioph_eq is true'),
                          ('dio_ignore_big_nums', BOOL, True, 'Ignore the terms with big numbers in the Diophantine handler, only relevant when dioph_eq is true'),
                          ('dio_calls_period', UINT, 1, 'Period of calling the Diophantine handler in the final_check()'),
                          ('dio_run_gcd', BOOL, False, 'Run the GCD heuristic if dio is on, if dio is disabled the option is not used'),
                          ('lcube', BOOL, True, 'use the largest cube test for integer feasibility'),
                          ('lcube_flips', UINT, 16, 'maximal number of coordinate flips when repairing the rounded largest cube center, only relevant when lcube is true'),
                          ('int_lazy_move_nb', BOOL, True, 'skip the standalone move_non_basic_columns_to_bounds call (and its find_feasible_solution re-solve) unless an HNF or Gomory cut will be attempted in this iteration; off reproduces the master behavior of always snapping'),
                         ))